METHODS FOR ENCODING, DECODING, TRANSFERRING, STORAGE AND CONTROL OF INFORMATION, SYSTEMS FOR CARRYING OUT THE METHODS

Abstract: The invention relates to means for protecting information from an unauthorised access by electronic means. For encoding and transferring information the addressee is preliminary provided with two types of keys to the received communications. The said keys consist in information on regularities corresponding to the values of the communication transmitted to the addressee and specific values of the initial information for the whole set of symbols of the said kind of information. As a result of primary transformation at least two primary transformed communications of different contents are formed. At the second stage at least part of the primary transformed communication is subjected to secondary transforming. An encoded communication that is formed as a result comprises two parts. The parts may be either intermixed or transferred to the recipient through different channels. Using a dedicated data communication processing and control centre it is possible to perform safe transfer of communication or parts thereof with additional conversion of the communications for the recipient. Thus the open keys may be formed and transmitted to the recipient without using any other means for keys delivery. Users may set individual keys using open communication channels. Disclosed are respective methods for decoding and systems for carrying out the said methods. The methods may be used in business communications and banking operations.

Description: METHODS FOR ENCODING, DECODING, TRANSFERRING, STORAGE AND CONTROL OF INFORMATION, SYSTEMS FOR CARRYING OUT THE METHODS The invention relates to means for protection information from unauthorized access, and may be used for encoding, decoding, storing, transferring and receiving communications, and control in computing, communication and other systems. The prior art describes technical solutions providing protection of transmitted information by means of special equipment or encoding software. However the prior art solutions do not provide the sufficient degree of resistance as, actually, for decoding the secret codes one has only to fulfill a limited number of mathematical operations that may be quickly and effectively performed by the modern high-speed electronic techniques. The main characteristic of a crypto-system is the degree of secrecy. The task of a cryptographer is to provide the utmost secrecy and authenticity of the transferred information. Alternatively, a crypto analyst "forces open", or "breaks", the crypto system designed by a cryptographer. The crypto analyst tries to decode the encoded text or to present the fabricated communication as the original one. Prior art discloses technical solutions for protecting the transferred information by using a specific techniques and/or encoding software. All known codes are based on two simple methods: substitution and interchange. Interchange uses simple mixing of plain-text symbols; the key is defined by the specific type of mixing. The frequency distribution of individual symbols in the encoded text is identical to that of the plaintext. For substitution, each symbol of the plaintext is replaced by another symbol of the same alphabet, and the specific type of substitution is determined by the secret key. For example, the algorithm in the Data Encryption Standard (DES) [2], p. 33-34 uses the both methods. The algorithm comprises plaintext, a non-encoded text and the key in the form of binary sequences having the length 64, 64 and 56 bits, respectively. When DES is used in an electronic book mode, the 64-bit blocks of the plaintext are encoded independently by using one key. The algorithm of DES includes 16 cycles, each of which has simple interchanges combined with substitution in four-bit groups. In each pass 48-bit keys are selected in a pseudo-random manner from the full 56-bit key. The disadvantage of the said method is that the prior art decision does not provide a fair degree of resistance, since for decoding the similar confidential codes with the possible number of 2 M key combinations even the total search of keys during a force attack of a system is fulfilled in a quite acceptable time limits due to the modern development of the computer technology. In case of one and the same open text and constant keys, the encoded text will be same what allows to reveal the statistical regularity of the association between the open text and the cryptogram and to decode the cryptogram without using any direct search of keys. Moreover the method does not provide possibility for changing keys by using open communication lines. The prior art discloses a crypto system with open keys RSA [2] p. 37-39. This system uses the unilateral function, i.e. discrete exponentiation. The system provides possibility for open propagation of keys. The disadvantages of a system are the insufficient crypto resistance and the low rate of encoding and decoding of information. GOST 34.11 - 94 [3], pp. 3-8 describes hashing, which consists in comparing to an arbitrary data set in the form of a sequence of binary digital symbols of its image of the fixed small length. In this system the 64-bit sub words are encoded by using 256 bit length keys. The disadvantages of these systems are the small key length resulting in possibility of decoding in acceptable time limits, and a low rate of encoding. Prior art also discloses technical solutions for protecting the transferred information by transmission of an information between the central terminal and terminal of the subscriber of a system of telecommunications. For example PCT/GB98/03736 of December 14 1998 (14.12.1998) The closest object of the prior art in respect to the combination of essential features of the claimed method and device is the disclosed in the PCT/99BY/00005 the device for encoding and transferring of texts, which was selected by the inventors as the prototype of the claimed invention. In respect of the method [PCT/99BY/00005] the prototype object is a method for encoding information comprising the following steps: • preliminary generating of data on regularities coupling values of symbols of the initial communication with the specific symbols of the encoded communication for the total array of symbols of the given kind of communications; • determining the number of (n) cycles of transforming of the initial communication; • effecting a transforming cycle comprising: • generating the (Ri) characteristic that defines the regularity used for transforming of the communication in the current transforming cycle; • transforming the communication by using the selected regularity; • repeating the transforming cycles the definite number of times; • transforming the communication in each cycle in a way resulting in forming the (Ci) communication transformed in the given cycle and the auxiliary information for the given (Fi) cycle; • selecting the number of (n) transforming cycles of the initial communication from the preset criterion, for example according to the lengths of the transformed communication; • the encoded communication consisting of two parts, one of which contains the finally transformed (Cn) communication, and the second one contains a collection of the auxiliary information (F = {FI, F2, ..., Fn}). The encoded communication may be further transferred to the addressee in the form of information or a controlling command. The communication may also be saved on a carrier inaccessible to stranger persons. In respect of the device the object selected for the prototype corresponds to the device for carrying out the method for encoding communication [PCT/99BY/00005], comprising: • an input unit; • an output unit, the first input of which is connected to the second output of the commutator, and second input of which is connected to the output of the storage of the auxiliary information; • a data base of regularities coupling the initial communication with the encoded communication, the first input of which is connected to the first output of the input unit, and second input is connected to the output of the generator of random numbers; • a generator of random numbers, the input of which is connected to the first output of the decision - making unit; • a transforming unit, the first input of which is connected to the second output of the input unit, the second input is connected to the data base output, and the third input is connected to the first output of the commutator; • a memory device for the transformed communication, the input of which is connected to the first output of the transforming unit; • a memory device for the auxiliary information, the first input of which is connected to the second output of the transforming unit, and second input — with the second output of the decision making unit; • the decision making unit, the first input of which is connected to the third output of the input unit, and the second input is connected to the first output of the memory device for the transformed communication; • the commutator, the first input of which is connected to the second output of memory device for the transformed communication, and second input is connected to the second output of the decision making unit. However the said decisions, though being the closest in the essential features, do not allow any key interchange between the subscribers through open communication channels, and fail to provide any possibility of authorized storing and remote control of information, and in spite of having a high degree of security are very limited in use. The aim of the proposed invention is improvment of the method for encoding and transferring information, expansion of functional characteristics and application spheres thereof. This is carried out by means of qualitative separating to several parts of the information subject to transferring, transferring of some parts either immediately to the addressee, or after additional encoding, and additional encoding of the remaining parts of information by the method for complete randomization in the high-power randomization field, and transferring the same to the address through a communication data processing center. The given technical effect is achieved as follows: The prior art method for encoding and transferring information (see Claim 1) comprises the following steps: • preliminary generating data on regularities of the first type coupling the value of symbols of the initial communication with concrete symbols is of the primary transformed communication for all array of symbols of the given kind of the communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of communications ; • primary transforming of the initial communication by means of the selected regularity of the first type; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication for transferring is formed; • transferring the encoded communication to the recipient. The proposed method further comprises the steps of: • primary transforming of the initial communication is performed by means of regularities of the first type, that are known to the recipient, in such a way that as a result at least two primary transformed communications of different contents are formed; • secondary transforming of at least one of the primary transformed communications is performed by means of regularities of the second type, that are known to the recipient, as a result of which at least one encoded communication is formed; • transferring at least one encoded communication through at least one communication channel; • transferring at least one primary transformed communication unsubjected to the secondary transforming through at least one communication channel. The method provides substantial enhancing of the security of the transmitted information by means of transforming the initial communication in such a way that as a result several parts of the encoded communication are formed, any of the parts having no logical connection with the others. In this case regularities of transforming of the first type function as a key. Secondary transforming of several parts further enhances the degree of security of the transmitted information. Regularities of transforming of the second type also function as a key. In order to recover the initial communication it is necessary to have regularities of transforming of the first type, regularities of transforming of the second type and all parts to be transferred. An improvement of the method for encoding and transforming information (see Claim 2) comprises the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient. The method is characterized in that: • primary transforming of the initial communication is performed by means of regularities of the first type, that are known to the recipient, in such a way that as a result at least two primary transformed communications of different contents are formed; • secondary transforming of the said at least two of the primary tranformed communications is performed by means of regularities of the second type, that are known to the recipient, as a result of which at least two encoded communication is formed; • at least two encoded communications are transmited by means of at least one communication channel. Secondary transferring of several primary transformed communications provides further enhancing of the degree of security of the transferred information as compared with the previous method, though increasing the time of transforming that in some cases results in increase of the length the transferred communication and creates additional load for the communication line. Transferring the encoded communications through several communication channels enhances the speed of information transfer and hampers eavesdropping. The collection and the sequence of the executed steps expand functionalities of the method. One more improvement consists in the method for encoding and transferring information (see Claim 3) comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient. The method is characterized in that: • primary transforming of the initial communication is performed by means of regularities of the first type, that are known to the recipient, in such a way, as a result of which at least two primary transformed communications of different contents are formed; • symbols of at least two primary transformed communications are intermixed, as a result of which at least one intermixed primary transformed communication is formed; • secondary transforming of at least one intermixed primary transformed communication is performed by means of regularities of the second type, that are known to the recipient, as a result of which at least one encoded communication is formed; • at least one encoded communication is transmitted by means of at least one communication channel. Intermixing of primary transformed communications provides further enhancing of the degree of security of the transmitted information. Further improvement (see Claim 4)consists in the method for encoding and transferring information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient. The proposed method further comprises the steps of: • primary transforming of the initial communication is performed by means of regularities of the first type, that are known to the recipient, in such a way, as a result of which at least two primary transformed communications of different content are formed; • secondary transforming of at least one of the primary transformed communications is performed with use of the selected regularity of the second type that are known to the recipient, as a result of which at least one encoded communication is formed; • symbols of at least one of the primary transformed communications and symbols of at least one of the secondary transformed communication are intermixed, as a result of which at least one intermixed encoded communication is formed; • at least one encoded communication is transmitted by means of at least one communication channel; • the remaining parts of the transformed communication are transmitted by means of at least one communication channel. The given method provides one more variant of intermixing of parts of the communication in order to enhance the security of the transmitted information. Further improvement of the previous method consists in transferring of all parts of the encoded communication through one and the same communication channel (see Claim 5). The given embodiment loweres hardware expenditures for implementation of the given method, though also reducing the transmission speed and increasing probability of eavesdropping. One more improvement of the invention is the method, chracteriezed in that all parts of the encoded communication and all the primary transformed communications unsubjected to the secondary transforming are transmitted through one and the same communication channel (see Claim 6). The given variant provides further reduction of hardware expenditures, lowering, however, the transmission speed and increasing probability of eavesdropping. According to one more variant of the invention a part of the encoded communication is transmited separately through two or more communication channels (see Claim 7). Further preferable improvement of the invention is the method (see Claim 8), in which parts of the encoded communication and primary transformted communications unsubjected to secondary transforming are transmitted separately through two or more communication channels. One more improvement of the invention is the method (see Claim 9) comprising the steps of: • primary transforming of the initial communication by means of regularities of the first type that are known to the recipient, as a result of which two parts of the transformed communication are formed, and namely the core (C), containing the transformed information and the accessory information (F) containing parameters of transformation; • secondary transforming of the accessory information by means of regularities of the second type that are known to the recipient, as a result of which encoded accessory information is formed; • transmitting the encoded accessory information, containing parameters of transformation; • transmitting the core containing the transformed information; The given method is a special case of the methods according to claims 1, 3. Primary transforming is encoding by the method disclosed in PCT/BY99/00005, and the secondary transforming is encoding by the method disclosed in PCT/BY99/00004. The degree of security of the transmitted communications provided in this case is arbitrary close to the theoretically stable system of encoding. The length of the communication containing the encoded accessory information is approximately four times larger then the length of the initial communication, and the length of the communication containing the core may be arbitrary small irrespective of the length and the type of the initial communication. Further improvement of the invention is the method (see Claim 10) comprising the step of transferring the encoded auxiliary information and the core through one of the communication channels. The given method is a variant of the previous method providing minimum size of equipment necessary for transferring communication at minimum transmission speed. Still further improvement of the invention is the method (see Claim 11) comprising the steps of: • transferring the encoded accessory information through one of the communication channels; • transferring the core through the other communication channel. The given method is a variant of the previous method, which provides the greater transmission speed at increasing of size of the equipment necessary for transferring the communication and reduces probability of eavesdropping of the transmitted information. One more improvement of the invention is the method (see Claim 12) comprising the steps of: • primary transforming of the initial communication by means of regularities of the first type that are known to the recipient, as a result of which two parts of the encoded ccommunication are formed, and namely: the core (C), containing the transformed information and the accessory information (F) containing parameters of transformation; • secondary transforming of the core by means of regularities of the second type that are known to the recipient, as a result of which encoded core is formed; • transmitting the accessory information; • transmitting the encoded core. The given method is a special case of the methods described above. Further improvement of the above invention is the method (see Claim 13) comprising the step of transferring the accessory information and the encoded core through one and the same communication channel. The given method is a variant of the previous method, which provides minimum size of equipment necessary for transferring a communication at minimum transmission speed. Further variant of improvement of the invention (see Claim 14) comprises the steps of: ' • transferring the accessory information through one of the communication channels; • transferring the encoded nucleus through the other communication channel. The given method is a variant of the method providing the larger transmission speed at increased size of equipment necessary for transferring the communication. One more variant of improvement of the invention (see Claim 15)comprises the steps of: • primary transforming of the initial communication by means of regularities of the first type that are known to the recipient, in such a way, as a result of which two parts of the encoded communication are formed, and namely: the core (C), containing the transformed information and the accessory information (F) containing parameters of transformation; • secondary transforming of the core by means of regularities of the second type that are known to the recipient, as a result of which encoded core is formed; • secondary transforming of the accessory information performed by means of regularities of the second type that are known to the recipient, as a result of which encoded accessory information is formed; • transferring the encoded accessory information, containing parameters of transformation; • transferring the encoded core. Secondary transforming of the core and the accessory information further enhances the crypto resistance of the transmitted communication, though increasing the length, what results in congestion of communication lines. The improvement (see Claim 16) of the previous method comprises the steps of: • transferring the accessory information through one of the communication channels; • transferring the encoded core is through another communication channel. Transmission of the accessory information and the encoded core through separate communication channels enhances the speed of communication transferring and reduces probability of eavesdropping of all parts of the communication. Another variant of the invention comprises the step of transferring the encoded accessory information and the encoded core through one communication channel (see Claim 17). Transmission of the accessory information and the encoded core through one communication channel reduces hardware expenditures for creation of communication channels. The new method for an encoding information (see Claim 18) comprises the following steps, that are common with the prior art solutions: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of th-e given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type, as a result of which a primary transformed communication is formed; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient. The characteristic feature of the method consists in the following: • at least part of an encoded communication is transmitted to the recipient through a communication data processing center, and • similar data on regularities of the first type (K' MV2 ) are preliminary generated for the pair subscriber-sender - subscriber -recipient. • similar data on regularities of the second type (K^) are preliminary generated for the pair subscriber- communication data processing center. • primary transforming of the initial communication is performed with use of the selected regularity of the first type, as a result of which at least two parts of the primary transformed communication is formed; • secondary transforming of at least one part of the primary transformed communication is performed by means of regularities of the second type, as a result of which at least one part of the encoded communication is formed; • the remaining part of the communication unsubjected to secondary transforming is transmitted to the recipient by means of at least one of the communication channels; • the encoded part is transmitted through the other communication channel to the communication data processing center that performs the operations of: • reverse secondary transforming of at least one part of the encoded communication by means of corresponding regularities of the second type, as a result of which at least one part of the primary transformed communication is recovered; • secondary transforming of the said recovered part of the primary transformed communication by means of corresponding regularities of the second type, as a result of which is formed at least one part of the communication encoded for the recipient; • transmitting at least one part of the communication encoded for the recipient is. Including into the method of the communication data processing center provides further increase of the degree of security of information and the following new functionalities: creates prerequisites for adding of new clients, provides centralized generalizing and destributing of keys, - expands possibilities for application of the method; ensures control of transferring communications and management. Moreover the communication data processing center can neither read nor consciously change the transmitted communications. Further improvement of the method for an encoding and transferring of information (see Claim 19)consists in that the communication data processing center stores the recovered part of the primary transformed communication. The additional function of the communication data processing center, i.e. storing of the part of the primary of the transformed communication, solves the problem of an electronic signature in the symmetrical cryptography systems, provides possibility of authorizing of transmission of the communication with the concrete contents from the sender to the recipient. One more invention according to the method for encoding and transferring information (see Claim 20) comprises the following steps known in the prior art: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type, as a result of which a primary transformed communication is formed; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; ' • transferring the encoded communication to the recipient. The distinctive feature of the method consists in the following: • at least part of an encoded communication is transmitted to the recipient through a communication data processing center, and • similar data on regularities of the first type (K 1 ,^) are preliminary generated for the pair subscriber-sender - subscriber -recipient. • similar data on regularities of the second type (K^) are preliminary generated for the pair subscriber - communication data processing center. • primary transforming of the initial communication is performed with use of regularities of the first type in such a way, as a result of which are formed a core (C), containing the transformed information and an accessory information (F) containing parameters of transformation; „ • secondary transforming of the core (C) is performed by means of regularities of the second type, as a result of which the encoded core is formed; • the accessory information is transmitted to the recipient through one of the communication channels; • the encoded core is transmitted through the other communication channel to the communication data processing center that performs the operations of: • reverse secondary transforming of the encoded core by means of corresponding regularities of the second type, as a result of which a part of the primary transformed communication (C) is recovered; • secondary transforming of the core by means of corresponding regularities of the second type, known to the recipient as a result of which is formed the encoded core for the recipient; • transmiting the encoded core for the recipient. The given variant is a special case for encoding and transferring communications through the communication data processing center. Primary transforming consists in encoding by the method described in PCT/BY99/00005, and the secondary transforming consists in encoding by the method described in PCT/BY99/00004. Applying the collection of these methods to the specified sequence provides the degree of security of the transmitted communications arbitrarily approximated to the theoretically stable system of encoding. In this case the length of the communication containing the encoded accessory information is approximately four times larger of the length of the initial communication, and the length of the communication comprsing the core may arbitrarily small irrespective of the length and the type of the initial communication. Thereby are solved the same technical tasks as in the previous method. The most preferable is the method for encoding and transferring information (see Claim 21) comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type, as a result of which a primary transformed communication is formed; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient. According to this method • at least part of an encoded communication is transmitted to the recipient through the communication data processing center, and • common data on regularities of the first type are generated preliminary by the communication data processing center for all subscribers. • individual data on regularities of the second type (K' MZ4 ) are generated preliminary by the communication data processing center for each pair subscriber - communication data processing center. • data on regularities of the first type (K° MV2 ) are preliminary transmitted by the communication data processing center to all subscribers. _ • data on regularities of the second type (K' M ^) are preliminary transmitted by the communication data processing center to each subscriber. • the subscriber-sender performs primary transforming of the initial communication by means of regularities of the fist type, that are known to the recipient, as a result of which two parts of the primary transformed communication are formed, and namely the core (C), containing the transformed information and the accessory information (F) containing parameters of transformation; • the subscriber-sender performs secondary transforming of the core (C) by means of regularities of the second type, as a result of which an encoded core (C) is formed; • the subscriber-sender transmits the encoded core to the communication data processing center through one of the communication channels; • the subscriber-sender transmits the accessory information to the recipient through the other communication channel; • the communication data processing center performs the secondary reverse transforming of the encoded core by means of corresponding regularities of the second type used by the sender, as a result of which the core (C) is recovered; • the communication data processing center performs a new secondary transforming of the recovered core by means of corresponding regularities of the second type known to the recipient, as a result of which a new encoded core is formed; • the communication data processing center transmits the new encoded core to the recipient. The given method provides centralized generating and destributing of keys for connecting each subscriber to the communication data processing center and the keys for initialization of connection between the subscribers. Thereby confidentiality of communications between subscribers is guaranteed. The above mentioned method may be further improved by including the communication data processing center that stores the recovered core (see Claim 22). The additional function of the communication data processing center consisting in storing of a part of the primary transformed communication solves the problem of the electronic signature in symmetrical cryptography systems, provides possibility of authorizing of transmission of the communication with the specified contents from the sender to the recipient. Storing of the core by the communication data processing center expands functionalities of the claimed method. 6. One more method for encoding and transferring information (see Claim 23) comprising the steps of: • preliminary generation of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type, as a result of which a primary transformed communication is formed; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient The method is characterized in that • at least part of an encoded communication is transmitted to the recipient through the communication data processing centre, and • common data on regularities of the first type (K° MV2 ) are preliminary generated by the communication data processing center for all subscribers. • individual data on regularities of the second type (K' MZ4 ) are preliminary generated by communication data processing center for each pair subscriber - communication data processing centre. • data on regularities of the first type (K° MV2 ) are preliminary transmitted by the communication data processing center to all subscribers. • data on regularities of the second type (K^) are preliminary transmitted by the communication data processing center to each subscriber. • the sender additionally generates data on regularities of the first type (K' MV ) for each pair sender-recipient individually; • the sender forms a key communication containing generated data on regularities of the first type that are individual for each pair sender-recipient; • rimary transforming of the key communication is performed by the sender with the help of regularities of the first type that are common for all subscribers in such a way, as a result of which are formed a core (C) and an accessory information (F); • primary transforming of the core (C) is performed by the sender with the help of regularities of the second type, as a result of which an encoded core is formed; • the sender transmitts the encoded core to the communication data processing center through the first communication channel; • the sender transmitts the accessory infomation to the sender through the second communication channel; • the communication data processing center performs the secondary transforming of the preliminary transformed encoded core with the help of regularities of the second type, that are known to the recipient, as a result of which the encoded core is formed; • the communication data processing center tramsmits to the recipient the core encoded for the recipient; • the sender performs primary transforming of the communication with the help of generated individual regularities of the first type (K 1 ,^) in such a way, as a result of which are formed a core (C), containing the transformed information and an accessory information (F) containing parameters of transformation; • the sender performs secondary transforming of the core (C) with the help of generated individual regularities of the second type, as a result of which an encoded core is formed; • the sender transmitts the accessory information to the recipient through one of the communication channels; • the sender transmits the encoded core through the other communication channel to the communication data processing center that performs the operations of: • reverse secondary transforming of the encoded core with the help of regularities of the second type, as a result of which the primary transformed communication (C) is recovered; • secondary transforming of the core with the help of regularities of the second type, that are known to the recipient, as a result of which is formed the core encoded for the recipient; • transferring the core encoded for the recipient; The described method further provides generation by the i-subscriber of individual keys for the selected pair sender - recipient, and exchange of the generated keys between the subscribers with use of open communication channels by means of a communication data processing center. In this case the new keys remain inaccessible for eavesdropping, including for the communication data processing center. The method for reciving and decoding information (see Claim 24), when encoding is carried out with use of secondary transforming for a part of the primary transformed communication, comprises the following steps known from the prior art: • preliminary generation of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the primary transformed communication from the encoded communication with the use of the selected regularity of the second type; • recovering the initial communication from the primary transformed communication with the use of the selected regularity of the first type. The characteristic features consist in that: • all encoded communications are received by means of at least one communication channel; • all primary transformed communications unsubjected to the secondary transformation are received by means of at least one communication channel; • reverse secondary transforming of the received encoded communications with the help of regularities of the second type, as a result of which the remaining part of the primary transformed communication is recovered. • reverse primary transforming of primary transformed communications with the help of regularities of the first type, as a result of which the initial communication is recovered. The given method provides receiving and decoding of information encoded according to the given invention. Further of improvement of the invention by using the respective method for encoding and transferring communications(see Claim 25) consists accordingly in that the encoded communication and the primary transformed communications are received through one and the same communication channel. The given method provides receiving and decoding of information according to Claim 24. In this case minimization of hardware expenditures in respect of reciving communications is provided. According to the other improvement of the invention regarding transferring communication (see Claim 26), the encoded communications and the primary transformed communications unsubjected to the secondary transforming are received through at least two communication channels. The given method provides receiving and decoding of information by using the appropriate method for encoding and transferring, whereat the speed of receiving communications is increased. One more improvement of the invention (see Claim 27)consists in that: • the encoded accessory information containing parameters of transforming is received; • the core containing the transformed information is received; • reverse secondary transforming of the encoded accessory information is performed by means of regularities of the second type, as a result of which the accessory information is recoverd; • reverse primary transforming of two encoded communications is performed, namely of the core containing the transformed information and the accessory information containg parameters of transforming, as a result of which the initial communication is recovered. The given method is a special case of the embodiment of the aforedescribed methods for receiving and decoding information. Method for receiving and decoding information, when at least two or all parts of the primary transformed information are subjected to the secondary transforming (see Claim 28), comprises the steps of: • preliminary generation of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the primary transformed communication from the encoded communication with the use of the selected regularity of the second type; • recovering the initial communication from the primary transformed communication with the use of the selected regularity of the first type. The method is characterized in that: • at least two encoded communications are received by means of at least one communication channel; • reverse secondary transforming of at least two encoded communications with the help of regularities of the second type, as a result of which at least two of the primary transformed communications are recovered; • reverse primary transforming of at leats two primary transformed communications with the help of regularities of the first type, as a result of which the initial communication is recovered. The given method provides receiving and decoding of the information encoded in case all parts of the secondary transformed information according to the present invention are subjected to the secondary transforming. Reverse primary transforming is decoding by the method desclosed in PCT/BY99/00005, and reverse secondary transforming is decoding by the method desclosed in PCT/BY99/00004. In the course of the above mentioned encoding and transferring communication through one channel (see Claim 29) the core and the encoded accessory information are received through one and the same communication channel. The given method is a special case of improvement of the above described method. In this case minimization of hardware expenditures in respect of receiving communications is provided. If a communication is transfered through two channels (see Claim 30): • the encoded accessory information is received through one communication channel; • the core is received through the other communication channel. The given method is a special case of improvement of the above described method. In this case the speed of receiving information is increased. The method for reciving and decoding (see Claim 31) may be characterized in that: • the encoded core containing the transformed information is received; • the accessory information containing the parameters transformation is received; • reverse secondary transforming of the encrupted core is performed with the help of regularities of the second type, as a result of which the core is recovered; • reverse primary transforming of two encoded communications, and namely: the core containing and the accessory information, is performed is perfomed, as a result of which the initial communication is recovered. The given method provides receiving and the decoding of the information encoded according to the method, in which primary transforming is carried out with extraction of the core and the accessory information.. If a communication is transferred through one channel, then accordingly, the accessory information and the encoded core are received through one communication channel (see Claim 32). The given method is a special case of improvement of the above described method. In this case minimization of hardware expenditures in respect of receiving communications is provided. If a communication is transferred through two channels, then, accordingly, the accessory information is received through one communication channel (see Claim 33). • the encoded core is received through the other communication channel; The given method is a special case of improvement of the above described method. In this case the speed of receiving information is increased. The method for receiving and decoding information encoded with intermixing of the primary transfromed communication (see Claim 34) comprises the following steps: • preliminary generation of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the initial communication from the primary transformed communication with the use of the selected regularity of the first type; The method is characterized in that: • at least two encoded communications are received by means of at least one communication channel; • at least one primary transformed communication unsubjected to the secondary transforming is received through at least one communication channel; • reverse secondary transforming of at least one encoded communications is performed with the help of regularities of the second type, as a result of which at least one of the primary transformed communications is recovered; • reverse secondary intermixing of at least one of the intermixed primary transformed communications is perfomed, as a result of which at least two of the primary transformed communications are recovered; • reverse primary transforming of at least two preliminary transformed communications is performed with the help of regularities of the first type, as a result of which the initial communication is recovered. The given method provides receiving and decoding information encoded with intermixing of the primary transformed communication. Further improvement of the invention is the method for receiving and decoding information encoded with intermixing of the parts obtained as a result of transforming of communication (see Claim 35) comprising the following steps: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the primary transformed communication from the encoded communication with use of the selected regularity of the second type; • recovering the initial communication from the primary transformed communication with the use of the selected regularity of the first type. The method is characterized in that: • at least one intermixed encoded communication is received by means of at least one communication channel; • the remaining parts of the transformed communication are received at least through one communication channel; • reverse intermixing of symbols of the intermixed encoded communications is perfomed, as a result of which at least one primary transformed communication and at least one secondary transformed communication are recovered; • reverse secondary transforming of the encoded communications is performed with the help of regularities of the second type, as a result of which the primary transformed communications are recovered; • reverse primary transforming of all parts of the primary transformed communication is performed with the help of regularities of the first type, as a result of which the initial communication is recovered; The given method provides receiving and decoding of information encoded by the above- stated method according to claim 4. Expansion of functionalities of the methods for encoding in accordance with to the present invention (see Claim 36) allows to realize new kinds of services using the present methods for encoding. According to one of such applications the method for storing confidential information comprises the following steps: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information The method is characterized in that: • primary transforming of the initial information is performed with the help of regularities of the first type in such a way, as a result of which at least two parts of the transformed information is formed; • secondary transforming of at least one part of the transformed information is performed, as a result of which at least one part of the encoded information is formed; • at least one part of the transformed information and at least one part of the encoded information are stored separately; • data on regularities of the first type are stored separately; • data on regularities of the second type are stored separately. The given method solves the problem of reliable authorized storing of confidential information. Separate storing of different parts of encryted information provides a high scale of its security from an unauthorized detecting, reading and changing. For reading and changing of the stored information it is necessary to be aware of all parts of the transformed and encoded information, and also data on regularities of the first and second type. One more variant of embodiment of the claimed methods for encoding is the method (see Claim 37) for storing confidential information comprising the following steps: • preliminary generation of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information; The method is characterized in that: • primary transforming of the initial information is performed with use of regularities of the first type, in such a way as a result of which are formed at least two parts of the transformed information, and namely: a core (C), containing the transformed information and an accessory information (F) containing parameters of transformation; • secondary transforming of the core and /or the accessory information (F) is performed, as a result of which are formed the encoded core or/and the encoded accessory information. • the parts formed as result of the secondary transformation and the parts unsubjected to the secondary transformation are stored separately; • data on regularities of the first type are stored separately; • data on regularities of the second type are stored separately. Primary transforming of information is encoding by the method disclosed in PCT/BY99/00005, and secondary transforming of information is encoding by the method described in PCT/BY99/00004. The collection of these methods used for the given sequence provides the degree of security of the transmitted and stored communications arbitrary approximated to the theoretically stable system of encoding. The new method for storaging confidential information (see Claim 38) comprises the following steps: • preliminary generation of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information; The method is characterized in that: • primary transforming of the initial information is performed with use of regularities of the first type, in such a way, as a result of which at least two parts of the transformed information are formed; • secondary transforming is performed with use of regularities of the second type, as a result of which at least one part of the encoded information is formed. • all parts of encoded information or some parts of the same and/or all parts of the primary transformed information or some parts of the same are transmitted for storing; • untransmitted parts of encoded information and/or untransmitted parts of the primary transformed information are stored separately; • data on regularities of the first type and data on regularities of the second type are stored separately. The given method solves the tasks similar to the method according to claim 36. Transmission for storing of all or some parts of the encoded information and/or all or some parts of the transformed information provides additional protection of the stored information. Further improvement of the invention is the method for storing confidential information (see Claim 39) comprising the following steps: • preliminary generation of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; _ • storing of the transformed information; characterized in that • primary transforming of the initial information is performed with use of regularities of of the first type in such a way, as a result of which are formed at least two parts of the transformed information, and namely: a core (C), containing the transformed information and an accessory information (F) containing parameters of transformation; • secondary transforming of the core and /or the accessory information (F) is performed with the help of regularities of the second type, as a result of which are formed the encoded core or/and the encoded accessory information. • at least one part subjected to the secondary transformation and/or at least one part unsubjected to the secondary transformation are stored saparately; • the remaining part of the transformed information is stored; • data on regularities of the first type are stored; • data on regularities of the second type are stored. Primary transforming is encoding by the method disclosed in PCT/BY99/00005, and secondary transforming is encoding by the method disclosed in PCT/BY99/00004. The more elaborated method for encoding, transferring and storing information by a subscriber and a keeper (see Claim 40) comprises the following steps: • preliminary generating by the subscriber of data on regularities of the first type (KMN2) coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information. The method is characterized in that • primary transforming of the initial information is performed by the subscriber with use of regularities of the first type in such a way, as a result of which at least two parts of the primary transformed information are formed; • secondary transforming ofof at least one of the parts of the primaty transformed information is performed by the subscriber with use of regularities of the second type, in such a way as a result of which the at least one part of encoded information is formed; • at least one part of encoded information is transmitted to the subscriber through one of the communication channels; • the parts of information unsubjected to secondary transforming are stored by the subscriber; • the received parts of the encoded information are stored by the keeper; • the encoded core is stored by the keeper. The given method is a special case of improvment of the method as disclosed in Claim 38. The method for encoding, transferring and storing information by subscribers and keepers (see Claim 41) comprises the following steps: • preliminary generating by a subscriber of data on regularities of the first type (K,^) coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information. The method is characterized in that • primary transforming of the initial information is performed by the subscriber with use of regularities of the first type in such a way, as a result of which are formed a core (C) and an accessory information (F) containing parameters of transformation; • secondary transforming of the core (C) is performed by the subscriber with use of regularities of the second type, in such a way as a result of which the encoded core is formed; • the encoded core is transmitted to the subscriber through one of the communication channels; • an accessory information containing parameters of transformation is stored by the subscriber; • the received parts of the encoded information are stored by the keeper; • the encoded core is stored by the keeper. The given method is a special case of the method disclosed in claim 39. In this case the encoded core may be much less then the initial information, what provides a high speed of transmission and requires small size of a remote storage for storing large information volumes. The method for encoding, transferring and storing information by a subscriber and a keeper (see Claim 42) comprising the steps of:: • preliminary generating by each i-subscriber of data on regularities of the first type (Kørø) coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed information with the specific symbols of the secondary transformed information for the total array of symbols of the given kind of primary transformed information; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information. The method is characterized in that • individual data on regularities of the second type (K^) coupling the values of symbols of the primary transformed information with the specific symbols of the secondary transformed information for the total array of symbols of the given kind of the primary transformed information for each subscriber are preliminary transmited by the keeper to each subscriber; • primary transforming of the initial information is performed by the subscriber with the help of regularities of the first type that are known to the recpient, in such a way, as a result of which at least two parts of the primary transformed information are formed. • secondary transforming of at least one of the parts of the primary transformed information is performed by the subscriber with the help of regularities of the second type, as a result of which at least one part of the encoded information is recovered; • the untransmitted part of information is stored by the subscriber; • final reverse transforming of the received encoded information is performed by the keeper with the help of regularities of the second type used by the sender, as a result of which at least one part of the primary transformed information are recovered; • the recovered part of the primary transformed information is stored by the keeper. The given method provides further considerable reduction of the memory size for remote storage. In particular when specific type of transfromations is applied (see Claim 43) it is preferable to use the method for encoding, transferring and storing information by a subscriber and a keeper comprising the steps of: • preliminary generation by each i-subscriber of data on regularities of the first type (K 1 ,^) coupling the values of symbols of the initial information with the specific symbols of the primary encoded information for the total array of symbols of the given kind of information; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed information with the specific symbols of the secondary transformed information for the total array of symbols of the given kind of primary transformed information individual for each subscriber; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing the transformed information The method is characterized in that • data on regularities of the second type (K' MZ4 ) coupling the values of symbols of the primary transformed information with the specific symbols of the secondary transformed information for the total array of symbols of the given kind of the primary transformed information individual for each subscriber are preliminary transmited by the keeper to each subscriber; • primary transforming of the initial information with the help of regularities of the first type, that are known to the recpient, is performed by the subscriber in such a way, as a result of which the core (C) and the accessory information (F) containing transformation parameters are formed; • secondary transforming of the core (C) and/or the accessory information (F) is performed by the subscriber with use of regularities of the second type, as a result of which the encoded core and/or the encoded accessory information are formed; • the encoded core and or the encoded accessory information are transmitted by the subscriber to the keeper through one of the communication channels; • the untransmitted part of information is stored by the subscriber; • secondary reverse transforming of the encoded core and/or the encoded accessory information is performed by the keeper with the help of regularities of the second type used by the sender, as a result of which the core (C) and/or the accessory information are recovered; • the recovered core and/or the accessory information are stored by the keeper. The given method is a special case of the method disclosed in claim 42. It provides minimum size of storage, that is related to properties of encoding and decoding according to the methods disclosed in PCT/BY99/00005 and PCT/BY99/00004. The method for remote authorized control (see Claim 44) comprising transferring the command to the executive element by means of the communication data processing and control center, as well as the further steps: • preliminary generating data on regularities of the first type coupling the symbol values of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; „ • preliminary generating data on regularities of the second type coupling the symbol values of the initial communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information. The method is characterized in that • a criterion of decsion-making for tramsmitting a command to the executive element is selected preliminary by the communication data processing and control center; • data on regularities of the second type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications are preliminary generated by the communication data processing and control center; and • generated data on regularities of the first type are preliminary transmitted to the subscriber; • data on regularities of the second type coupling the values of symbols of the primary tansformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of of the primary transformed communication are preliminary generated by the communication data processing and control center; • data on regularities of the second type are preliminary transmitted to the subscriber by the communication data processing and control center; • initial communication containing information on the command that must be performed by the executor is formed by the subscriber; • transforming of the initial communication for the communication data processing and control center is performed by the subscriber in such a way, as a result of which at least two parts of the primary transformed communication are formed; • seondary transforming of at least one part of the primary transformed communication is performed by the subscriber, as a result of which at least one part of the encoded communication is formed; • at least one part of the encoded communication is transmitted by the subscriber to the communication data processing and control center; • the remaining parts are transmitted by the subscriber to the communication data processing and control center; • all the transmitted parts are received by the communication data processing and control center; ■ • secondary reverse transforming of the encoded part of communication and/or the encoded accessory is performed by the communication data processing and control center with the help of regularities of the second type used by the sender, as a result of which at least one part of the primary transformed commuication is recovered; • primary reverse transforming of the received primary transformed parts of is performed by the communication data processing and control center with the help of regularities of the first type, as a result of which is recovered the initial commuication containg the command for the executive element; • at least one command from the corresponding communication is selected for the executive element by the communication data processing and control center; • in accordance with the selected criterion the communication data processing and control center make a decision on transferring a command to the executive element and transmitts the sad command to the exceutive element; • the conmmand is received and operated by the executive element. The given method solves the problem of full remote control by an executive element ??? by means of the communication data processing and control center. The criterion of decisionmaking for transferring a command to the executive element, the regularities of transforming information of the first and second type fuctioning as keys, are generated by a communication data processing and control center. The communication data processing and control center transmits the keys to the subscriber. The subscriber forms communications containing control instructions, encodes them by using the received keys and transmits them to the communication data processing and control center. The communication data processing and control center receives the encoded communications and decodes them. In accordance with the results of decoding communications correspondingly with the preliminary generated criterion, the communication data processing and control center makes a decision and transmits the command to the executive element. The executive element receives the command and executes it. Generally in this case the communication data processing and control center and the executive element are located in one place. The method provides a high degree of security of the transmitted controlling commands from eavesdropping and falsification. In this case the communication data processing and control center has a total control of the management system. Method for remote authorized control (see Claim 45) comprising transferring the command to the executive element by means of the communication data processing and control center, as well as the further steps: • preliminary generating data on regularities of the first type (K MV2 ) coupling the symbol values of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating data on regularities of the second type coupling the symbol values of the initial communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information. The method is characterized in that: • a decision-making criterion for transferring a command to the executive element is selected preliminary by the communication data processing and control center; • individual data on regularities of the fist type (K' MV2 ) coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications are preliminary generated by one of the subscribers for a group consisting of at least two subscribers; and • generated data on regularities of the first type (K' MVJ ) are preliminary transmitted to the subscribers of the group; • individual data on regularities of the second type (K^) coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of the primary transformed communication are generated preliminary for each subscriber by the communication data processing and control center; • data on regularities of the second type (K^) are preliminary transmitted to each subscriber by the communication data processing and control center; • the initial communication containing information on the operation that must be done by the executor is formed by at least one subscriber; • primary transforming of the initial communication with the help of regularities of the first type that are known to the respective recipient is performed by the subscriber-sender for at least one recipient in such a way, as a result of which are formed at least two parts of the primary transformed informationof different content; • secondary transforming of at least one part of the primary transformed information is performed by the subscriber-sender with the help of regularities of the second type, as a result of which at least one encoded core is formed; • the encoded part of the primary transformed information is transmitted by the subscriber- sender to the communication data processing and control center through one of the communication channels; • the remaining part of the primary transformed information is transmitted by the subscriber- sender at least to one recipient through the other communication channel; • secondary reverse transforming of at least an encoded part of the primary transformed information is performed by the communication data processing and control center with the help of regularities of the second type used by the sender, as a result of which a part of the primary transformed information is recovered; • secondary transforming of the recovered part of the primary transformed information is performed by the communication data processing and control center with the help of regularities of the second type known to the respective recipient, as a result of which at least one new encoded part of the primary transformed information is formed; • the respective new encoded part of the primary transformed information is transmitted at least to one recipient by the communication data processing and control center, • the respective remaining part of the primary transformed information and the new encoded part of the primary transformed information are received by the subscriber -sender; • reverse secondary transforming of the new encoded part of the primary transformed information is performed by the subscriber -recipient with the help of regularities of the second type, as a result of which a part of the primary transformed information is recovered; • reverse primary transforming of the recovered and the remaining part of the received primary transformed information is performed by at least one subscriber-recipient with the help of the respective accessory information and respective regularities of the first type, as a result of which is recovered the initial communication containing information on the operation that must be done by the executor; • the communication comprising a command for the executive element is formed by the subscriber; • transforming of the communication comprising the command for the executive element is performed by the subscriber with the help of regularities of the second type, as a result of which the encoded communication is formed; • the respective encoded communication is transmitted by the subscriber to the communication data processing and control center, • the communication data processing and control center receives the encoded communication, • reverse secondary transforming of the encoded communication is performed by the communication data processing and control center with the help of respective regularities of the second type, as a result of which is recovered at least one communication containing a command for the executive element; • at least one command for the executive element is selected from the respective communications by the communication data processing and control center; • in accordance with the selected criterion the communication data processing and control center makes a decision on transferring the control command to the executive element and transmits the said command to the executive element; • the command is received and operated by the executor. The given method provides possibility for a group of subscribers to control the executive element. For example one or several subscribers from the group may initiate a control instruction. In this case there is a possibility for the subscribers of controlling group on arriving at the agreement about the contents, the time of sending a control instruction, etc. With this purpose the subscribers form communications, perfom primary transfroming with use of regularities of the first type known to the recipient, perform secondary transforming of the core with use of regularities of the second type, send the accessory information to the recipient, send the encoded core to the communication data processing and control center. The communication data processing and control center relays the encoded core to the recipient after re- encoding it with use of regularities of the second type. The recipient receives all parts of the encoded communication and restores the initial communication. Multiple messaging is possible for arriving at an agreement. The communication data processing and control center has no possibility for control the contents of negotiation between the subscribers. Having arrived at the agreement, the subscribers form communications containing a command for the executive element, transform them with use of individual regularities of transforming and transmit them to the communication data processing and control center. The processing unit restores the command containing initial communications by using known to it regularities of the second type, and forms the command according to the preliminary generated criterion and transmits to it to the executive element. The executive element receives the command and executes it. The first type transforming is desribed in PCT/BY99/00005 and the the second type of transforming is described in PCT/BY99/00004. The method for full remote control provides: • high degree of security of the transmitted commands and negotiation; • authentification of the received commands and identification of the senders; • impossibility of unauthorized control; • possibility for managing several groups of subscribers by one or several executive devices; , • possibility for managing several groups by one or several executive devices; • possibility for expanding the number of subscribers and the number of managing groups. A method for remote authorized control (see Claim 46) comprising transferring the command to the executive element by means of the communication data processing and control center, as well as further steps: • preliminary generating data on regularities of the first type (K MV2 ) coupling the symbol values of the initial communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of communications; • preliminary generating data on regularities of the second type coupling the symbol values of the initial communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications ; • primary transforming of the initial information ; • secondary transforming of the primary transformed information; . The method is characterised in that: • individual data on regularities of the first type (K' MV2 ) coupling the values of symbols of the primary transformed communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of the primary transformed communication are generated preliminary by one of the subscribers for the group consisting of at least two subscribers'; and • generated data on regularities of the first type (K' MV2 ) are transmitted preliminary to the subscribers of the group; • individual data on regularities of the second type (K^) coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of of the primary transformed communication are generated preliminary for each subscriber by the communication data processing and control center; • data on regularities of the second type (K' MZ4 ) are transmitted preliminary to each subscriber by the communication data processing and control center; • the initial communication containing information on the operation that must be done by the executor is formed by at least one subscriber; • primary transforming of the initial communication, by means of regularities of the first type that are known to the respective recipient, is performed by the subscriber-sender for at least one recipient in such a way, as a result of which a least two parts of the primary transformed communication is formed; • secondary transforming of at least one part of the primary transformed communication is performed by means of regularities of the second type by the subscriber-sender, as a result of which at least one part of the encoded communication is formed; • at least one part of the encoded communication is transmitted by the subscriber-sender to the communication data processing and control center through one of the communication channels; • the remaining part of the primary transformed communication is transmitted by the subscriber-sender to at least one recipient through the other communication channel; • secondary reverse transforming of at least one encoded communication by means of regularities of the second type used by the sender is performed by the communication data processing and control center, as a result of which at least one part of the primary transformed communication is formed; • secondary transforming of at least one part of the primary transformed communication is performed by the communication data processing and control center, by means of regularities of the second type known to the respective recipient, as a result of which is formed at least one part of the communication encoded for the recipient; • the respective encoded communication is transmitted to at least one recipient by the communication data processing and control center; • respective parts of the primary transformed communication and the respective encoded communications are received by at least one subscriber-sender; • secondary reverse transforming of the respective encoded communications by means of regularities of the second type is performed by at least one subscriber-recipient , as a result of which are recovered the respective parts of the primary transformed communication ; • primary reverse transforming of the parts of the primary transformed communication is performed by at least one subscriber-recipient by means of respective regularities of the first type, as a result of which is recovered the initial communication containing information on the operation that must be done by the executor; • the communication comprising a command for the executive element is formed by each of at least two subscribers; • secondary transforming of the communication by means of regularities of the second type is performed by each of at least two subscribers, as a result of which the respective encoded communications are formed; • the respective encoded communications are transmitted by each of at least to two subscribers to the communication data processing and control center, • the communication data processing and control center receives at least two encoded communications, • secondary transforming of at least two encoded communication is performed by means of respective regularities of the second type by the communication data processing and control center, as a result of which are recovered at least two communications comprising a command for the executive element; • at least two commands for the executive element from the respective communications are selected by the communication data processing and control center; • in accordance with the selected criterion the communication data processing and control center makes a decision on transferring the control command to the executive element and transmits the said command to the executive element; • the command is received and operated by the executor; • at least two commands are compared for the executive element by the communication data processing and control center; • when a certain number of commands corresponds to the preliminary selected criterion, a respective command is transmitted to the executive element by the communication data processing and control center; • the command is received and operated by the executive element. The given method is a variant of the method disclosed in claim 46 that solves the similar technical tasks. A method for remote authorized control (see Claim 47)comprising transferring the command to the executive element by means of the communication data processing and control center, as well as further steps: • preliminary generating data on regularities of the first type (K MV2 ) coupling the symbol values of the initial communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of communication; . • preliminary generating data on regularities of the second type coupling the symbol values of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information ; • secondary transforming of the primary transformed information; The method is characterised in that : • individual data on regularities of the first type (K' MV2 ), coupling the values of symbols of the initial communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of communications are preliminary generated by ' one of the subscribers being an initiator for the group of at least two subscribers; and • generated data on regularities of the first type (K' MV2 ), are preliminary transmitted by the said suscriber to the subscribers of the group; • individual data on regularities of the second type (K^), coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the primary transformed communication are generated preliminary by the communication data processing and control center; • data on regularities of the second type (K^), are preliminary transmitted to each subscriber by the communication data processing and control center; • the initial communication containing information on the operation that must be done by the executor is formed by at least one subscriber; - • primary transforming of the initial communication by means of regularities of the first type that are known to the respective recipient, is performed by the subscriber-sender for at least one recipient in such a way, as a result of which a least two parts of the primary transformed communication are formed; • secondary transforming of at least one part of one part of the primary transformed communication is performed by means of regularities of the second type by the subscriber- sender, as a result of which at least one part of the encoded communication is formed; • at least one part of the encoded communication is transmitted by the subscriber-sender to the communication data processing and control center through one of the communication channels; • the remaining part of the primary transformed communication is transmitted by the subscriber-sender to at least one recipient through the other communication channel; • secondary reverse transforming of at least one part of encoded communication by means of regularities of the second type used by the sender is performed by the communication data processing and control center, as a result of which at least one part of the primary transformed communication is recovered; • secondary transforming of at least one part of the primary transfomed communication by means of regularities of the second type that are known to the respective recipient is performed by the communication data processing and control center, as a result of which at least one part of communication encoded for the recipient is formed; • the respective encoded communication is transmitted to at least to one recipient by the communication data processing and control center, • the respective parts of the primary transformed communication and the respective encoded communications are received by at least one subscriber-recipient; • reverse secondary transforming of the respective encoded communications is performed by at least one subscriber-recipient by means of regularities of the second type, as a result of which the respective parts of the primary transformed communication are recovered; • reverse primary transforming of the parts of the primary transformed communication is performed by at least one subscriber-recipient by means of the respective regularities of the first type, as a result of which is recovered the initial communication containing information on the operation that must be done by the executor; • the communication containing the command for the executive element if formed by each of aat least two subscribers; • secondary transforming of the communication is performed by each of at least two subscribers with the help of the regularities of the secod type, at a result of which respective encoded communications are formed; • respective ecnoded communications are transferred to the communication data processing and control center by at least two subscribers; • at least two encoded communications are received by the the communication data processing and control center; • reverse secondary transforming of at least two encoded communications is performed by the the communication data processing and control center with the help of the respective regularities of the secod type, as a result of which are recovered at least two communications containing the command for the executive element; • at least two commands for the executive element are selected from the respective communications by the communication data processing and control center; • at least two command for the executive element are compared by the communication data processing and control center; • a respective command is transmitted by the communication data processing and control center to the executive element, when a certain number of commands correspond to the preselected criterion; • the command is received and operated by the executive element. . A method for remote authorized control (see Claim 48) comprising transferring the command to the executive element by means of the communication data processing and control center, as well as further steps: • preliminary generating data on regularities of the first type (K,^) coupling the symbol values of the initial communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of communication; • preliminary generating data on regularities of the second type coupling the symbol values of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary " transformed communications; • primary transforming of the initial information ; • secondary transforming of the primary transformed information. The method is characterised in that : • individual data on regularities of the first type (K' MZ , coupling the values of symbols of the initial communication with the specific symbols of the transformed communication for the total array of symbols of the given kind of the initial communication are generated preliminary by the communication data processing and control center for each subscriber; • data on generated regularities are preliminary transmitted by the communication data processing and control center to each subscriber; • data on regularities transmitted by the communication data processing and control center are received by each subscriber; • a criterion of decision-making for transferring a command to the executive element is selected preliminary by the communication data processing and control center; • a communication containing a command for the executive element is formed by at least one subscriber; • the communication is transformed by at least one subscriber by means of the generated regularities, as result of which an encoded communication is formed; • the encoded communication is transmitted by at least one subscriber to the communication data processing and control center; • at least one encoded communication is received by the communication data processing and control center; • reverse transforming of at least one encoded communication by means of respective regularities is performed by the communication data processing and control center, as a result of which is recovered at least one communication comprising a command for the executive element; • at least one command for the executive element is selected from the respective communications by the communication data processing and control center; • in accordance with the preliminary selected criterion the communication data processing and control center makes a decision on transferring the command and transmits the said command to the executive element; • the command is received and operated by the executive element. The structural embodiments of the present invention may be considered by the examples of the claimed systems and shown on Figures 1-9. Fig 1 shows the system for storing confidential informatiom Fig 2 shows the structure of subscriber device Fig 3 shows the structure of communication data processing center Fig 4 shows the variant of the system for encoding, transferring and storing confidential information Fig 5 shows the structure of subscriber device for encoding, transferring and storing confidential information Fig 6 shows the structure of communication data processing center for encoding, transferring and storing confidential information Fig 7 shows the system for remote control of confidential informatiom Fig 8 shows the structure of subscriber device for remote control of confidential informatiom Fig 9 shows the structure of communication data processing center for remote control of confidential information One of methods for storing confidential information shall be considered by the example of a system for storing confidential information (see Claim 49) illustrated by Fig. 1. In the most simple case the system comprises one subscriber device 1, a communication data processing center 2 and data transmission environment 3. Fig. 2 shows the subscriber device. Fig. 3 shows the communication data processing center. Generally the system may comprise several subscriber devices. The characteristic feature of a system is that the subscriber device comprises: • an input/output unit 4; • a receiving/ transferring unit (transceiver) 5; • a generator of plurality of transformation regularities of the first type 6; • a memory unit for storing of plurality of transformation regularities of the first type 7; • a memory unit for storing of plurality of transformation regularities of the second type 8; • a calculator that performs transforming and recovering with use of regularities of the first type 9; • a acalculator that performs transforming and recovering with use of regularities of the second type 10; • a storing device for storing of the accessory information containing transformation parameters 11 ; • a generator of plurality of transformation regularities of the second type 13 ; • the communication data processing and storing center comprises: • input/output unit 12; • a generator of plurality of transformation regularities of the second type 13; • a memory unit for storing of plurality of transformation regularities of the second type 14; • a memory unit for storing cores containing transformed information 15; • a calculator that performs transforming and recovering with use of regularities of the second type 16. The output of the generator 6 is connected to the first input of the memory device 7, the first input/output of the receiving/ transferring unit 4 is simplex connected to the first input/output of the calculator 9, the first output of the input/output unit 4 is connected to the input of the memory device 8, the second output of the input/output unit 4 is connected to the second input of the memory device 7, the second input output of the calculator 9 is simplex connected to the first input/output of the calculator 10, the third input output of the calculator 9 is simplex connected to the input/output of the memory device 11, the output of the memory device 7 is connected to input of the calculator 9, the output of the memory device 11 is connected to the third input of the memory device 7, the output of the generator 13 is connected to the input of - the memory device 8, the second input/output of the calculator 10 is simplex connected to the first input output of the receiving/transferring unit 5, the second input output of the receiving/transferring unit 5 is simplex connected to the data transferring environment 3, the output of the receiving/transferring unit 5 is connected to the input of the memory device 11, the first input/output of the receiving/transferring unit 12 of the communication data processing and storing center simplex connected to the data transferring environment 3, the second input/output of the receiving/transferring unit 12 is simplex connected to the first input/output of the calculator 16, the input of the calculator 16 is connected to ooutput of the memory device 14, the first input of the memory device 14 is connected to the output of the calculator 16, the input output of the memory device 15 is simplex connected to the second input output of the calculator 16, the output of the generator 13 is connected to the second input of the memory device 14. The genrator 6 generates at random parameters of transformation regularities of the first type in the form of a sequence of random numbers. Parameters of generated regularities are transmitted from the output of the generator 6 to the input of the memory device 7 for storing. The generator 13 generates at random parameters of transformation regularities of the second type in the form of a sequence of random numbers. Parameters of generated regularities are transmitted from the output of the generator 13 to the input of the memory device 8 for storing. The generator 13 of the communication data processing and storing center synchronously generates parameters of transformation regularities of the second type. Parameters of the generated regularities are transmitted from the output of the generator 13 to the input of the memory device 14 for storing. If the system comprises n subsciber devices 1, then n regularities are generated by the generator 13 of the communication data processing and storing center. The signal containing the information to be stored is transmitted to the subscriber device through the input output unit. A keyboard or another peripheral unit may be used for an inut/output unit. At the signal at the input of the input/output unit is generated a read signal that is transmitted to the input of the memory device 7. Under the said signal is performed reading of the parameters of transforming regularities of the first type that are transmitted from the output of the memeory device 7 to the input of the calcularor 9, to the first input output of which summultaneously is transmitted information from the input output of the input/output unit 1.The calculator 9 fulfils calculations according to the algorithm of primary transforming with the help of regularities of the first type. The accessory information obtained as a result of calculations is transmitted for storing into the memory device 11, and the core is transmitted into the calculator 10. At the same time the regularities of the second type are transmitted into the calculator 10 from the storage device 8. The calculator 10 fulfils calculations according to the algorythm of the secondary transforming with the help of regularities of the second type. The resulting encoded information is transmitted into the receiving/transferring unit 5. The receiving/transferring unit 5 forms a communication containing the encoded information and transfers it through the data transmission environment 3 into the communication data processing and storing center 2. The communication containing the encoded information is transmitted to the receiving/transmitting unit 12 of the communication data processing and storing center. The receiving/transmitting unit 12 selects the encoded information from the commmunication and transmits it into the calculator 16. The calculator 16 transmits the reading signal into the memeory device 14, under which the regularities of the second type are read out and transmitted to the calculator 16. The calculator 16 performs calculations according to the algorythm of the reverse secondary transforming with the help of regularities of the second type. The core recovered as a result of calculations is transmitted for storing into the memory device 15. In order to get the stored information through the input output unit 4, the request for giving the information is transmitted by transit through the calculator 9 to the calculator 10. At the same time information on regularities of the second type is transmited from the memory device 8 to the calculator 10. The calculator 10 perfoms calculations according to the algorythm of the secondary transforming. The resulting encoded request is transmitted into the calculator 16 through the receiving/transferring unit 5, the data transmission environment 3 and the receiving/transferring unit 12. The calculator 16 transmits the read signal into the memory device 14, under which the regularities of the second type are read out of the memory device 14 and transferred to the calculator 16. The calculator 16 perfoms calculations according to the algorythm of the secondary transforming with the help of regularities of the second type. The resulting recovered request is transmitted into the memory device 15. In accordance with the received request the core is transmitted from the memeory device 15 into the calculator 16. The calculator 16 transmitts the read signal into the memory device 14, under which the under which the regularities of the second type are read out of the memory device 14 and transferred to the calculator 16. The calculator 16 perfoms calculations according to the algorythm of the secondary transforming with the help of regularities of the second type. The resulting encoded core is transmitted into the receiving/transferring unit 5 through the receiving/transferring unit 12 and the data transmission environment 3. The encrypted core is transmitted from the receiving/transferring unit 5 into the calculator 10. At the same time regularities of the second type are transmitted into the calculator 10 from the memory device 8. The calculator 10 perfoms calculations according to the algorythm of the reverse secondary transforming. The resulting restored core is transmitted into the calculator 9. At the signal from the output of the receiving/transferring unit 5 the respective accessory information is read from the memory device 11 and transmitted into the calculator 9 . At the signal from the output of the memory device 11 the regularities of the second type are transmitted from the memory device 7 into the calculator 9. The calculator 9 perfoms calculations according to the algorythm of the reverse primary transforming. The resulting recovered information is transmitted to the „ recipient through the input/output unit 4. One of methods of an encoding, transferring, receiving and decoding of information shall be considered by the example of a system for encoding, transferring, receiving and decoding information (see Claim 50). The system comprises at least two subscriber devices 17, a communication data processing center 18 and a data transmission environment 3. Fig 4 shows the general view of the system. Fig. 5 shows the subscriber device 17. At Fig 6 a communication data processing center is represented. The characteristic feature of the system is that each of subscriber devices comprises: • an input output unit 19; • a receiving/transferring unit 20; • a receiving/transferring unit 21 ; • a generator of plurality of transformation regularities of the first type 6; • a generator of plurality of transformation regularities of the second type 13 ; • a memory device for storing of plurality of transformation regularities of the first type 22; • a memory device for storing of plurality of transformation regularities of the second type 23; • a calculator that performs transforming and recovering with use of regularities of the first type 24; • a calculator that performs transforming and recovering with use of regularities of the second type 25; • a memory device for storing of initial communications 26; communication data processing center comprises: • a receiving/transferring unit 27; • a generator of plurality of transformation regularities of the first type 6; • a memory device for storing of plurality of transformation regularities of the second type 14; • a calculator that performs transforming and recovering with use of regularities of the second type 28. The output of generator 6 is connected to the first input of the memory device 22, the first input/output of the input output unit 19 is simplex connected to the first input/output of the memory device for storing initial communication 26, the output generator 13 is connected to the input of the memory device 23, the output of the memory device 22 is connected to the input of the calculator 24, the output of the calculator 24 is connected to the second input of the memory device 22, the first input/outputof the calculator 24 is simplex connected to the second input/output of the memory device for storing initial communication 26, the second input/output of the calculator 24 is simplex connected to the first input/output of the calculator 25, the third input output of the calculator 24 is simplex connected to the first input/output of the receiving/transferring unitt 21 , the first output of the memory device 8 is connected to the first input of the calculator 10, the input of the calculator 25 is connected to the output of the memory device 23, the second input/output of the calculator 25 is simplex connected to the first input output of the receiving/transferring unit 20, the second input/output of the receiving/transferring unit 20 is simplex connected to the data transferring environment 3, the second input/output of the receiving/transferring unit 21 is simplex connected to the data transferring environment 3, the first input/output receiving/transferring unit 27 of the communication data processing center is simplex connected to data transferring environment 3, the second input/output of the receiving/transferring unit 27 is simplex connected to first input/output of the calculator 28, the input calculator 28 is connected to the output of the memory device 14, the input of the memory device 14 is connected to the output of the calculator 19, the output generator 6 is connected to the second input memory device 14. The principle of operation of the system will be considered for an elementary case in presence of two subscriber devices. The genrator 6 generates at random parameters of transformation regularities of the first type in the form of a sequence of random numbers. Parameters of generated regularities are transmitted from the output of the generator 6 to the input of the memory device 22 for storing. The generator 13 generates by random parameters of transformation regularities of the second type in the form of a sequence of random numbers. Parameters of generated regularities are transmitted from the output of the generator 13 to the input of the memory device 23 for storing. The generator 6 of the communication data processing centers synchronously generates parameters of transformation regularities of the second type for each subscriber device 17. Parameters of generated regularities are transmitted from the output of generator 6 to the input of the memory device 14 for storing. The communication is transmitted to the calculator 24 through the input output unit 19 and the memory device 26. On a read signal of the calculator 24 the parameters of transformation regularities of the first type are read out from the memory device 22. The calculator 24 performs calculations according to the algorithm of primary transforming with the help of regularities of the first type. As a result of calculations the core and the accessory information containing transformation parameters are formed. The accessory information is transmitted through the receiving/transferring unit 21 and the data transmission environment 3 into the receiving/transferring unit 21 of the recipient subscriber device, and the core is transmitted into the calculator 25. At the same ttime the regularities of the second type are transmitted into the calculator 25 from the storage device 23. The calculator 25 performs calculations according to the algorithm of the secondary transforming with the help of regularities of the second type. The resulting encoded information is transmitted through the receiving/transferring unit 20 and the data transmission environment 3 into the receiving/transferring unit 27 of the communication data processing center 18. The encoded information is tranmitted from the receiving/transferring unit 27 into the calculator 28. The request for reading the regularities of the second type belonging to the respective sender is transmitted by the calculator 28 to the first input of the memory device 14. In reply to the request the memory device 14 transmits the respective regularities of the second type to the input of the calculator 38. The calculator 28 perfoms the reverse secondary transforming of the encoded information, as a result of which the core is recovered. The request for reading the regularities of the second type belonging to the respective receiver are transmitted by the calculator 28 to the first input of the memory device 14. In reply to the request the memory device 14 transmits the respective regularities of the second type to the input of the calculator 38. The calculator 28 perfoms the reverse secondary transforming of the core, as a result of which the core encoded for the recipient is formed. The core encoded for the recipient is transmitted into the calculator 25 through the ' receiving/transferring unit 27, the data transmission environment 3 and the receiving/transferring unit 20 of the subscriber device. At the same time the regularities of the second type are transmitted into the calculator 25 from the storage device 23. The calculator 25 performs calculations according to the algorithm of the secondary transforming with the help of regularities of the second type. The resulting recovered core is transmitted into the calculator 25. Simultaneously the accessory information containing transformation parameters is transmitted from the receiving/transferring unit 21 into the calculator 24. The calculator 24 transmitts the read signal to the input of the memory device 22. Under the read signal from the memory device 22 the respective regularities of the first type are transmitted to the input of the calculator 24 . The calculator 24 performs calculations according to the algorithm of the reverse primary transforming with the help of regularities of the first type. The communication restored as the result of calculations is transmitted from the calculator 24 through the memory device 26 „ and the receiving/transferring unit 19 to the output of the subscriber device. One of methods for authorized full remote control shall be consider by an example of a system for an encoding, transferring, receiving, decoding of information and safe full remote control (see Claim 51). Fig. 7 is the general view of the system. In the most elemental case the system contains two subscriber devices 17, a communication data processing and contrrol center 29, a data transmission environment 3 and the final control device 30. Fig.8 shows the subscriber device. The communication data processing and control center is shown at Fig.9. Each of the subscriber devices comprises: • an input/output unit 19; • a receiving/transferring unit 20; • a receiving/transferring unit 21 ; • a generator of plurality of transformation regularities of the first type 6; • a generator of plurality of transformation regularities of the second type 13 ; • a memory device for storing plurality of transformation regularities of the first type 22; • a memory device for storing plurality of transformation regularities of the second type 23; • a calculator that performs transforming and recovering with use of regularities of the first type 24; • a calculator that performs transforming and recovering with use of regularities of the second type 25; • a memory device for storing initial communications 26; • a commutator 31 ; The communication data processing center comprises: • a receiving/transferring unit 12; • a generator of plurality of transformation regularities of the second type 13 ; • a memory device for storing plurality of transformation regularities of the second type 14; • a memory device for storing the recovered commands 31 ; • a calculator that performs transforming and recovering with use of regularities of the second type 32. • a compare device 33. In this case the output of the generator 6 is connected to the first input of the memory device 22, the second input of the memory device 22 is connected to the output of the calculator 24, the output of the memory device 22 is connected to the input of the calculator 24, the input/output of the input/output unit 19 is simplex connected to the first input output of the memory device 26, the second input/output of the memory device 26 is simplex connected to the first input/output of the commutator 31, the second input/output of the commutator 31 is simplex connected to the first input output of the calculator 24, the third input/output of the commutator 31 is simplex connected to the first input/output of the calculator 25, the second input/output of the calculator 24 is simplex connected to the first input output of the receiving/transferring unit 21, the second input output of the receiving/transferring unit 21 is simplex connected to the data transferring environment 3, the second input/output of the calculator 25 is simplex connected the first input/output of the receiving/transferring unit 20, the second input output of the receiving transferring unit 20 is simplex connected to the data transferring environment 3, the first input of the calculator 25 is connected to the output of the memory device 23, the input of the memory device 23 is connected to the output of the generatorl3, the first input/output of the receiving/transferring unit 12 of the communication data processing and control center is simplex connected to the data transferring environment, the second input output of the receiving/transferring unit 12 is simplex connected to the first input/output of the calculator 32, the second output of the calculator 32 is connected to the input of the memory device 31 , the output of the generator 13 is connected to the first input of the memory device 14, the second input of the memory device 14 is connected to the output of calculator 32, the output of the memory device 14 is connected to the input of the calculator 32, two outputs of the memory device 31 are connected to two inputs of the compare device 33, the output of the compare device 33 is connected to the input of the executive device 30. Preliminary generating of transformation regularities of the first type is carried out as follows. The generator 6 of one subscriber devices, synchronously with the generator 6 of the other subscriber device, generates at random parameters of transformation regularities of the first type in the form of a sequence of random numbers. The generated parameters of regularities of the first type are stored in the memory devices 22 of respective subscriber devices. Preliminary generating of transformation regularities of the second type is carried out as follows. Synchronously with the generator 13 of the communication data processing and control center, the generator of 13 of one subscriber device generates at random parameters of - transformation regularities of the second type in the form of a sequence of random numbers. Regularities of the second type generated by the generator 13 of one subscriber device are stored in the respective memory device 23. Synchronously with the generator 13 of the communication data processing and control center, the generator 13 of the other subscriber device generates at random parameters of other transformation regularities of the second type in the form of a sequence of random numbers. Regularities of the second type generated by the generator 13 of the other subscriber device are stored in the respective memory device 23. Regularities of the second type generated by the generator 13 of the communication data processing and control centers are stored in the memory device 14. Encoding and transferring of the control statement is performed by one of the subscriber devices as follows. The communication containing the statement is transmitted to the calculator 24 through the input/output unit 19, the memory device 26 and the commutator 31 of the first subscriber device. Under the reading command arriving from the calculator 24, parameters of transformation regularities of the first type are transmitted from the memory device 22 into the calculator 24. The calculator 24 performs calculations according to the algorithm of conversion of the first type. The accessory information obtained as a result of calculations is transmitted through the receiving/transferring unit 21 into the data transmission environment 3. The core obtained as a result of calculations is transmitted from the calculator 24 through the commutator 31 into the calculator 25. Simultaneously the transformation parameters of the second type are transmitted into the calculator 25 of the memory device 23. The calculator 25 performs calculations according to the algorithm of transforming of the second type. The encodeded information obtained as a result of calculations is transmitted into the data transmission environment 3 through the receiving / transferring unit 20. Receiving and decoding of the control statement is performed by the other subscriber device as follows. The encodeded information from the data transmission environment 3 is transmitted through the receiving/transferring unit 20 of the second subscriber device into the calculator 25. Simultaneously the parameters of transformation regularities of the second type are transmitted into the calculator 25 from the memory device 23. The calculator 25 fulfils calculations according to the algorithm of transforming of the second type. The core restored as a result of calculations is transmitted from the calculator 25 through the commutator 31 into the calculator 24. Under the reading command arriving from the calculator 24 the parameters of transformation regularities of the first type are transmitted from the memory device 22 into the calculator 24. The calculator 24 fulfils calculations according to the algorithm of transforming of the first type. The communication restored as a result of calculations is transmitted through the commutator 31, the memory device 26 and the input/output unit 19 to the output of the subscriber device. Encoding and transferring of the control command is performed by the subscriber device as follows. The control command is transmitted through the input/output unit 19, the memory device 26 and the commutator 31 into the calculator 25. Simultaneously the parameters of transformation regularities of the second type are transmitted into the calculator 25 from the memory device 23. The calculator 25 performs calculations according to the algorythm of transforming of the second type. The encoded information formed as a result of calculations is transmitted from the calculator 25 through the receiving/transferring unit 20 into the data transmission environment 3. Receiving and decoding of the control commaand is performed as follows. The encoded information from the data transmission environment 3 is transmitted through the receiving/ transferring unit 12 into the calculator 32. On the reading command arriving from the calculator 32 the parameters of transformation regularities of the second type are transmitted from the storage device 14 into the calculator 32. The calculator 32 performs calculations according to the algorithm of transforming of the second type. The control command recovered as a result of calculations is transmitted into the memory device 31. Decisionmaking on giving a control command and executing the same is carried out as follows. When two control commandsare stored in the memory device 31 , the memory device transmits them into the comparing device 34. The comparing device 34 compares the arriving control commnds. If the control commands are identical, the comparing device 33 transmits the command to the executing device 30. The executing device 34 performs the received command. In the claimed methods and systems it is more efficient to use for transforming of the first type the transforming disclosed in PCT/BY99/00005, and for transforming of the second type - the transforming disclosed in PCT/BY99/00004. The said transformings shall be considered in detail. The initial communication is subjected to primary transforming. In this case data on regularities coupling the values of symbols of the initial communication with the specific symbols of the encoded communication for the total array of symbols of the given kind of communications are preliminary generated as a key to the communications or information. The operation of generation is performed once for a large number of the communications. The (n) number of cycles of conversion of the initial text is calculated. The random numbers (R ; ) defining the address of the regularity used for transforming of the text at the current step of transforming, are generated. The text is transformed with use of the selected regularity, as a result of which a core ( ) and an accessory information (F,) are formed. A decision is made on going to the next cycle or termination of transforming information. Thus in each cycle of transforming the symbols of the initial alphabet A {al, a2.., an}, in which binary representation of each symbol has an identical length for the total alphabet A, are substituted by the symbols of the alphabet Bi {bli, b2i... bni}, in which binary representation of each symbol can have a different length. The process of such replacement is iterative. At each i- step the result of substitution obtained at the i-1 step is used for the initial text. At each i-step is used the individual substitution alphabet Bi produced with the help of the function Yi selected at random from the plurality of functions. In this case the accessory information Fi used for restoration of the initial text is produced at each i- step. Intermixing of the text formed as a result of transforming may be performed at each step or several steps as an additional measure for protection from cryptoanalysis. As a result of such transforming the core (Cn) is formed. The length of the said core may be not less then the length of one symbol of the alphabet Bn used at the last step of conversion. The accesory information contains data on margins of each symbol of the transformed text at each step of transforming. The length of the core formed as a - result of such iterative transforming may be much less then the length of the initial text irrespective of kind of this text, but not less then the length of one symbol of the alphabet Bn used for transforming at the last step. The length of the text containing the accessory information is approximately equal to the length of the initial text. The accessory information is transmitted to the recipient. The thus obtained core is subjected to the secondary transforming. In this case preliminary is generated a set of functions YI... Yn, Yi =Yi (X), where X is the variable, and every Yi corresponds to the concrete symbol of the core, and as well as to the support function U = U (Z), where Z is the variable, and key function W = W (Y, U), where Y and U are variables getting values of any of the values of the mentioned functions Yi and U. This generation is performed once for transforming the plurality of communications. At performing the secondary conversion, two random numbes X and Z are generated for each symbol of the core. According to the appropriate function Yi (X), the respective value Y is calculated for the concrete symbol, the value U is further calculated according to the support function U (Z). The value W for this symbol is calculated according to the key function W (Y, U) and the obtained for the symbol value Y and the value U from the support function. The thus obtained encodeded text contains data for generating random numbers X, U and the value W for each symbol of the core. At full randomization in the field of high-power randomization the encoded information becomes statistically independent from the original with the preset degree of probability in the calculation accuracy limits, what proves the absolute resistance of the code and of the system as a whole. If the power of the field of randomization is big enough, so that the entropy of the encoded information would have the large value as well, our system has a rather close approach to the theoretically stable systems. The primary conversion has the following characteristics: • as a result of transforming of the initial text two output texts (a core (Cn) and accessory information (F)) are formed, each of which separately has no sense from the point of view of recovering the initial text; • generally the transformed text may have the length of one symbol of the alphabet of replacement, e.g. if the initial text has the byte representation the transformed text may have a one byte length irrespective of the length and kind of the initial text; • at multiple encoding of one and the same initial text the tranformed text will be different, what eliminates the need for the closed channel for transferring the key information; • change of any symbol in the transformed text or accessory information makes impossibile restoring of the initial text. The functions of transforming (Yi) may be preset in the tabulared form. For example in case of byte representation of the initial text and transformation of compression, the function Yi may be preset in the form of the array of 256 triples — {(ak, bik, fik)} where ak — the eight bit code, bik — the bit code, fik — the length in bik bits; at such representation 256! * 128*255 10 5U different functions of conversion (Yi) are present. In this case two bik values have the length of one bit, four bik values have the length of two bits, eight bik values have the length of three bits, sixteen bik values have the length of four bits, thirty two bik values have the length of five bits, sixty four bik values have the length of six bits, one hundred and twenty eight bik values have the length of seven bits and two bik values have the length of eight bits. The secondary conversion has the following characteristics: - each time the encodeded text is random at constant parameters of the randomiser for one and the same initial text; -the power of plurality of encodeded texts for one and same initial text at the L power of plurality of codes, and the number of characters in the n text is evaluated by grandiose number nL. When L is a rather large figure, for example, L=10 9 and n=1000 characters, the number of possible variations of the text is evaluated by the figure 10 9n =10 9000 . In order to imagine this grandiose power, it is suffice to note, that the number of atoms in our universe is evaluated by the figure of 10 90 . In this case the parameters of the randomiser and the keys of the encoding unit for the subscriber are transmitted only once, whereas the proper code of one and the same initial text varies at random from one transmission to another transmission and, therefore there is no need in changing the keys. Thus the problem of the closed channel is cardinally solved. Due to variations of function parameters of the randomiser the number of variations of the text having the length of 1000 bytes makes up 10 19184 , and due to operation of the proper randomiser makes up 10 9000 . An important practical concusion follows therefrom : when other things are constant there is no neeed to change function parameters of the randomiser for providing secrecy of parameters of the system as a whole Let us estimate the length of the initial text, which codes do not iterate at the total length. Whereas in the the MZ4 system each symbol has about 10 9 variants of codes, and the ASCII table contains toatal 256 symbols, the repetition of codes will start at the least at the 1 Gbyte length of the initial text, if the same character is transmitted 10 9 times. At a equal distribution of symbols of the initial text the length of the text will make 256 Gbytes. «For transformations of the first type the full power of the plurality of possible parameters functions of transformation makes Nf 10 19189 . Let us assume that requirements for parameters of transformation functions of correspond to 0,01 % of the full set Nf. Then the time of decoding of the text with probability P = 1 at exhaustive search of hypotheses of parameters of functions of transformation will make ~. T = no 1 "* 7 / 10 9 = 10 19178 seconds, or T 3 10 19170 years. Number of variations of the encoded text of 1000 symbols makes up N = 10 9n = 10 9000 . „ The initial text is magnified in 4 times. The use of the collection of transformations in the definite sequence provides absolute safety of the protected information, essentially expands functionalities of claimed methods and systems, allowing to realize a centralized control of keys, to control data flow and data devices, and to store confidential information. The claimed methods and system may be realized in the form of: • individual standard PCs with use of a standard and special software; • local network of standard PCs with use of a standard and special software; • standard PCs connected to the global network of the Internet type with use of a standard and special software; • separate specialized devices; • specialized devices, integrated telecommunication network. The elements of claimed methods and systems may be produced in the form of specialized or programmed integrated circuits. All these variants expand technological possibilities of embodiment of the invention. A new technical result consisting in creating an essentially new system of encoding and transferring information is achieved as a result of solving the defined problem. The new system provides: • any degree of approximation to theoretically stable cryptography systems; • possibility of expanding a subscriber network by adding new subscribers; • possibility of identifying and authentifying of communications; • possibility of exchanging new keys through open communication channels in a symmetrical cryptography system; • possibility of the authorized information storing; • increased degree of security for authorized full remote control. Possible applications of the invention are, for example, to be seen in the field of the public or commertional commumcation systems, banking transactions and services etc.. Sources of information 1. Gavrish , Victor. "Practical manual on protection of trade secrets ". Simferopol. "Tavrida", 1994. 2. Shannon K. A. " Theory of communication in confidential systems ". In the book Shannon K. A. " Works on information theory and cybernetics ". M.: Foreign Literture Publishes, 1963. 3. G. S. Vernan. " Copher printing telegraph systems for secret wire and radio telegraphic communications, " J Amer. Inst. Elec. Eng., vol. 55, pp. 109-115, 1926. 4. Cryptosystem with randomiser. PCT/US98/24881 of 20 November 1998 (20.11.1998) 5. Golubev V.V. et all. " Computer crimes and protection of information in computing systems ", in the Digest " News in life, science and engineering ", Part " Computer technology and use thereof. " Protection of information ". M.: Znanie, 1990. 6. Levin B.R. " Theoretical fundamentals of a statistical radio-engineering ". The 1 st book, M.,. "Soviet Radio ", 1969. 7. Data processing systems. Cryptographycal protection. Algorithm of cryptographycal transferring. GOST USSR 28147-89. 8. Transmission of a signalling information between the central terminal and terminal of the subscriber of a system of a telecommunications. PCT/GB98/03736 of December 14 1998 (14.12.1998)

Claims: Claims 1. A method for encoding and transferring information comprising the steps of: • preliminary generating data on regularities of the first type coupling the symbol values of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating data on regularities of the second type coupling the symbol values of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type; ' • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication for transferring is formed; • transferring the encoded communication to the recipient; characterized in that: • primary transforming of the initial communication is performed by means of regularities of the first type, that are known to the recipient, in such a way that as a result at least two primary transformed communications of different content are formed; • secondary transforming of at least one of the primary transformed communications is performed by means of regularities of the second type, that are known to the recipient, as a result of which at least one encoded communication is formed; • at least one encoded communication is transferred by means of at least one communication channel; • the primary transformed communications unsubjected to the secondary transforming is transferred at least through one communication channel 2. A method for encoding and transferring information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient; characterized in that: • primary transforming of the initial communication is performed by means of regularities of the first type, that are known to the recipient, in such a way that as a result at least two primary transformed communications of different content are formed; • secondary transforming of at least two of the primary transformed communications is performed by means of regularities of the second type, that are known to the recipient, as a result of which at least two encoded communication is formed; • transferring at least two encoded communications is performed by means of at least one communication channel; 3. A method for encoding and transferring information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient; characterizd in that: • primary transforming of the initial communication is performed by means of regularities of the first type, that are known to the recipient, in such a way that as a result at least two primary transformed communications of different content are formed; • symbols of at least two primary transformed communications are intermixed, as a result of which at least one intermixed primary transformed communication is formed; • secondary transforming of at least one intermixed primary transformed communication is performed by means of regularities of the second type, that are known to the recipient, as a result of which at least one encoded communication is formed; • the encoded communication is fransmitted by means of at least one communication channel. 4. A method for encoding and transferring information comprising the steps of • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary fransforming of the initial communication with use of the selected regularity of the first type; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient; characterizd in that: • primary transforming of the initial communication is performed by means of regularities of the first type, that are known to the recipient, in such a way that as a result at least two primary transformed communications of different content are formed; • secondary transforming of at least one of the primary transformed communications with use of the selected regularity of the second type, that are known to the recipient, is performed, as a result of which at least one encoded communication is formed; • symbols of at least one of the primary transformed communications and symbols of at least one secondary transformed communication are intermixed, as a result of which at least one intermixed encoded communication is formed; • at least one encoded communication is transmitted by means of at least one communication channel; • the remaining parts of the transformed communication are transmitted by means of at least one communication channel. 5. The method according to Claim 1, characterized in that all parts of the encoded communication are transmitted through one and the same communication channel. 6. The method according to Claim 1, characterized in that all parts of the encoded communication and all primary transformed communications unsubjected to the secondary transformation are transmitted through one and the same communication channel. 7. The method according to Claim 1, characterized in that all parts of the encoded communication and all primary transformed communications unsubjected to the secondary transformation are transmitted through two or more communication channels. 8. The method according to Claim 1, characterized in that parts of the encoded communication are transmitted through two or more communication channels. 9. The method according to Claim 1 ,3 characterized in that • primary transforming of the initial communication is performed with the help of regularities of the first type that are known to the recipient, as a result of which two parts of the transformed communication are formed, and namely the core (C), containing the transformed information and the accessory information (F) containing parameters of transformation; • secondary transforming of the accessory information is performed with the help of regularities of the second type that are known to the recipient, as a result of which the encoded accessory information is formed; • the encoded accessory information containing parameters of transformation is transmitted; • the core containing the transformed information is transmitted; 10. The method according to Claim 9, characterized in that • the encoded accessory information and the core are fransmitted through one of the communication channels; 11. The method according to Claim 9, characterized in that: • the encoded accessory information is transmitted through one of the communication channels; • the core is transmitted through the other communication channel. 12. The method according to Claims 1,3, characterized in that: • primary transforming of the initial communication is performed with the help of regularities of the first type that are known to the recipient, as a result of which two parts of the encoded communication are formed, and namely: the core (C), containing the transformed information and the accessory information (F) containing parameters of transformation; • secondary transforming of the core is performed with the help of regularities of the second type that are known to the recipient, as a result of which an encoded core is formed; • the accessory information is transmitted; • the encoded core is transmitted. 13. The method according to Claim 12, characterized in that: • the accessory information and the encoded core are transmitted through one and the same the communication channel; 14. The method according to Claim 12, characterized in that: • the accessory information is transmitted through one of the communication channels; • the encoded core is transmitted through the other communication channel. 15. The method according to Claims 1,3, characterized in that: • primary transforming of the initial communication is performed with the help of regularities of the first type that are known to the recipient, in such a way, as a result of which two parts of the encoded communication are formed, and namely: the core (C), containing the transformed information and the accessory information (F) containing parameters of transformation; • secondary transforming of the core is performed with the help of regularities of the second type that are known to the recipient, as a result of which an encoded core is formed; • secondary transforming of the accessory information is performed with the help of regularities of the second type that are known to the recipient, as a result of which an encoded accessory information is formed; • the encoded accessory information, containing parameters of transformation, is fransmitted; • the encoded core is transmitted; 16. The method according to Claim 15, characterized in that: • the accessory information is transmitted through one of the communication channels; • the encoded core is transmitted through the other communication channel. 17. The method according to Claim 15, characterized in that: • the encoded accessory information and the encoded core are transmitted through one communication channel. 18. A method for encoding and transferring information comprising the steps of • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type, as a result of which a primary fransformed communication is formed; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; ' • transferring the encoded communication to the recipient; characterizd in that: • at least part of a encoded communication is transmitted to the recipient through a communication data processing center, and • similar data on regularities of the first type (K , MV2 ) are preliminary generated for the pair subscriber-sender - subscriber -recipient. - • similar data on regularities of the second type (K^) are preliminary generated for the pair subscriber-sender - communication data processing center. • primary transforming of the initial communication is performed by sender with use of the selected regularity of the first type, as a result of which at least two parts of the primary transformed commumcation is formed; • secondary transforming of at least one part of the primary transformed commumcation is performed by sender with the help of regularities of the second type, as a result of which at least one part of the encoded communication is formed; • the remaining part of the communication unsubjected to secondary transforming is transmitted to the recipient by means of at least one of the communication channels; • the encoded part is transmitted through the other communication channel to the communication data processing center that performs the operations of: • reverse secondary transforming of at least one part of the encoded communication is performed by the communication data processing center with the help of regularities of the second type, known to sender, as a result of which at least one part of the primary transformed communication is recovered; • secondary transforming of at least one recovered part of the primary transformed communication is performed with the help of regularities of the second type, known to recipient as a result of which is formed at least one part of the communication encoded for the recipient; • at least one part of the communication encoded for the recipient is transmitted. 19. The method for encoding and transferring information according to Claim 18, characterized in that • commumcation data processing center stores the recovered part of the primary transformed communication 20. A method for encoding and transferring information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial commumcation with use of the selected regularity of the first type, as a result of which a primary transformed communication is formed; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient; characterized in that: • at least part of an encoded communication is transmitted to the recipient through the communication data processing center, and • similar data on regularities of the first type (K 1 ,^) are generated preliminary for the pair subscriber-sender - subscriber -recipient. • individual data on regularities of the second type (K' MZ4 ) are generated preliminary for the pair subscriber-sender - communication data processing center. • primary transforming of the initial communication is performed with use of regularities of the first type, in such a way as a result of which are formed a core (C), containing the transformed information and an accessory information (F) containing parameters of transformation; • secondary transforming of the core (C) is performed with the help of regularities of the second type, as a result of which the encoded core is formed; • the accessory information is fransmitted to the recipient through one of the communication channels; • the encoded core is transmitted through the other communication channel to the communication data processing center that performs the operations of: • reverse secondary transforming of the encoded core with the help of regularities of the second type, known to sender, as a result of which the primary transformed communication (C) is recovered; • secondary transforming of the core with the help of regularities of the second type, known to recipient, as a result of which is formed the encoded core for the recipient; • the encoded core for the recipient is transmitted. 21. A method for encoding and transferring information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type, as a result of which a primary transformed communication is formed; ' • secondary fransforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient; characterized in that: • at least part of an encoded communication is transmitted to the recipient through a communication data processing center, and • common data on regularities of the first type (K° MV2 ) are preliminary generated by the communication data processing center for all subscribers. • similar data on regularities of the second type (K 1 ^) are preliminary generated by communication data processing center individual for the each pair subscriber - communication data processing center. _ • data on regularities of the first type (K° MV2 ) are preliminary transmitted by the communication data processing center to all subscribers. • data on regularities of the second type (K' MZ4 ) are preliminary transmitted by the communication data processing center to each subscriber. • primary transforming of the initial communication is performed by the subscriber-sender with the help of regularities of the fist type, that are known to the recipient, as a result of which at least two parts of transformed information of different contents are formed; • transforming of the at least one part of primary transformed communication is performed by the subscriber-sender secondary with the help of regularities of the second type, as a result of which an encoded part of communication is formed; • the encoded part of communication is transmitted by the subscriber-sender to the communication data processing center through one of the communication channels; • the remaining part of primary transformed communication is transmitted by the subscriber- sender to the recipient through the other the communication channel; • the reverse secondary fransforming of the encoded part of communication is performed by the communication data processing center with the help of regularities of the second type used by the sender, as a result of which the secondary transformed part of communication is recovered into the primary transformed part of communication; • a new secondary transforming of the recovered part of communication is performed by the communication data processing center with the help of regularities of the second type known to the recipient, as a result of which a new encoded part of communication is formed; • the new encoded core is transmitted to the recipient by the communication data processing center. 22. The method for encoding and transferring information according to Claims 20 or 21, characterized in that: • the communication data processing center stores the recovered part of communication. 23. A method for encoding and transferring information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary fransformed communications; • primary transforming of the initial communication with use of the selected regularity of the first type, as a result of which a primary transformed communication is formed; • secondary transforming of the primary transformed communication with use of the selected regularity of the second type, as a result of which an encoded communication is formed for transferring; • transferring the encoded communication to the recipient; characterized in that: • at least part of an encoded communication is transmitted to the recipient through a communication data processing center, and • common data on regularities of the first type (K° MV2 ) are generated preliminary by the communication data processing center for all subscribers; • individual data on regularities of the second type (K^) are generated preliminary by communication data processing center for each pair subscriber - communication data processing center. • data on regularities of the first type (K° MV2 ) are preliminary transmitted by the communication data processing center to all subscribers; • data on regularities of the second type (K 1 ^) are preliminary transmitted by the communication data processing center to each subscriber; • the sender additionally generates data on regularities of the first type (K 1 ,^) for each pair sender-recipient individually; • the sender forms a key communication containing generated data on regularities of the first type that are individual for each pair sender-recipient; • the sender performs primary transforming the key communication with the help of regularities of the first type, that are common for all subscribers in such a way that as a result at least two parts of primary transformed communication are formed; • the sender performs secondary transforming at least of one part of the primary transformed key communication with the help of regularities of the second type, as a result of which an encoded core is formed; • the sender transfers the encoded part of key communication to the communication data processing center through the first communication channel; • the sender transfers the remaining part of key communication to the recipient through the second communication channel; • the secondary transforming of the preliminary transformed encoded part of key communication is performed by the communication data processing center with the help of regularities of the second type, that are known to the recipient, as a result of which the encoded part of communication is formed; • the part of the key communication encoded for the recipient is transferred to the recipient by the communication data processing center; • the sender performs primary transforming of the communication with the help of generated regularities of the first type (K 1 ,^) such a way, as a result of which at least two parts of transformed information of different contents are formed; • the sender performs secondary transforming of the at least one part of primary transformed communication with the help of regularities of the second type, known to certain recipient, as a result of which an encoded part of communication is formed; • the sender transfers the remain part of primary transformed information to the recipient through one of the communication channels; • the sender transmits the encoded part of communication through the other communication channel to the communication data processing center that performs the operations of: • reverse secondary transforming of the encoded part of communication with the help of regularities of the second type known to sender, as a result of which the primary transformed communication is recovered; • secondary transforming of the recovered part of communication with the help of regularities of the second type, that are known to the recipient, as a result of which is formed the part of communication encoded for the recipient; • transferring the part of communication encoded for the recipient; 24. The method for receiving and decoding information encoded according to Claims 1-3, comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the primary transformed communication from the encoded communication with the use of the selected regularity of the second type; • recovering the initial communication from the primary transformed communication with the use of the selected regularity of the first type; characterized in that: • all encoded communications are received by means of at least one communication channel; • all primary transformed communications unsubjected to the secondary transformation are received by means of at least one commumcation channel; • reverse secondary transforming of the received encoded communications core is performed with the help of regularities of the second type, as a result of which the remaining part of the primary transformed communication is recovered. • reverse primary fransforming of the primary transformed communications is performed with the help of regularities of the first type, as a result of which the initial communication is recovered. 25. The method according to the Claim24, characterized in that • encoded communications and primary transformed communications unsubjected to the secondary transformation are received through one and the same communication channel. 26. The method according to the Claim 24, characterized in that: • encoded communications and primary transformed communications unsubjected to the secondary transformation are received by means of at least two communication channels. 27. A method for receiving and decoding information encoded according to claim 2, comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the primary transformed communication from the encoded communication with the use of the selected regularity of the second type; • recovering the initial communication from the primary fransformed communication with the use of the selected regularity of the first type; characterized in that: • at least two the encoded communications are received by means of at least one communication channel; • reverse secondary transforming of at least two encoded communications is performed with the help of regularities of the second type, as a result of which at least two of the primary - transformed communications are recovered; • reverse primary fransforming of at least two primary transformed communications is performed with the help of regularities of the first type, as a result of which the initial commumcation is recovered. 28. The method according to the Claims 24, 25, or 26, characterized in that: • the encoded accessory information containing the transformation parameters is received; • the core containing the transformed information is received; • reverse secondary transforming of the encoded accessory information is performed with the help of regularities of the second type, as a result of which the accessory information is recovered; • reverse primary transforming of two encoded communications, and namely: the core containing the transformed information and the accessory information containing the parameters transformation, is performed with the help of regularities of the first type, as a result of which the initial communication is recovered; 29. The method according to Claim 28, characterized in that: the core and the encoded accessory information are received through one and the same communication channel. 30. The method according to Claim28, characterized in that: • the encoded accessory information is received through one communication channel. • the core is received through the other communication channel. 31. The method according to Claims 24 and 26, or 24 and 27, characterized in that: • the encoded core containing the transformed information is received; • the accessory information containing the transformation parameters is received; • reverse secondary transforming of the encoded core is performed with the of regularities of the second type, as a result of which the core is recovered; • reverse primary transforming of two encoded communications, and namely: the core and the accessory information, is performed, as a result of which the initial communication is recovered. 32. The method according to the Claim 29, characterized in that: the accessory information and the encoded core are received through one communication channel; 33. The method according to the Claim 29, characterized in that: • the accessory information is received through one communication channel. • the encoded core is received through the other communication channel. 34. A method for receiving and decoding information encoded according to Claim 3 comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the initial communication from the primary fransformed communication with the use of the selected regularity of the first type; characterized in that: • at least two encoded communications are received by means of at least one communication channel; • at least one primary transformed communication unsubjected to the secondary transformation is received at least through one communication channel; • reverse secondary transforming of at least one encoded communications is performed with the help of regularities of the second type, as a result of which at least one of the primary transformed communications is recovered; • reverse secondary intermixing of at least one of the intermixed primary transformed communications is performed, as a result of which at least two of the primary fransformed communications are recovered; • reverse primary transforming of at least two preliminary transformed communications is performed with the help of regularities of the first type, as a result of which the initial communication is recovered. 35. A method for receiving and decoding information encoded according to Claim 4 comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary fransformed communication for the total array of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the primary transformed communication from the encoded communication with the use of the selected regularity of the second type; • recovering the initial communication from the primary transformed communication with the use of the selected regularity of the first type; characterized in that: • at least one intermixed encoded communication is received by means of at least one communication channel; • the remaining parts of the transformed communication are received at least through one communication channel; • reverse intermixing of symbols of the intermixed encoded communications is performed, as a result of which at least one primary transformed communication and at least one secondary transformed communication are recovered; • reverse secondary transforming of the encoded communications is performed with the help of regularities of the second type, as a result of which the primary transformed communications are recovered; • reverse primary fransforming of all primary transformed is performed with the help of regularities of the first type, as a result of which the primary transformed communication is recovered. 36. A method for storing confidential information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial commumcation with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information; characterized in that: • primary transforming of the initial information is performed with the help of regularities of the first type in such a way, as a result of which at least two parts of the transformed information is formed; • secondary transforming of at least one part of the fransformed information is performed, as a result of which at least one part of the encoded information is formed; • at least one part of the fransformed information and at least one part of the encoded information are stored separately; , • data on regularities of the first type and of the second type are stored separately. 37. A method for storing confidential information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of „ symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information; characterized in that: • primary transforming of the initial information is performed with use of regularities of the first type, in such a way as a result of which are formed at least two parts of the transformed information, and namely: a core (C), containing the transformed information and an accessory information (F) containing parameters of transformation; • secondary transforming of the core and /or the accessory information (F) is performed, as a result of which are formed the encoded core or/and the encoded accessory information. • the parts formed as result of the secondary transformation and the parts unsubjected to the secondary transformation are stored separately; • data on regularities of the first type and data on regularities of the second type are stored separately. 38. A method for storing confidential information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary fransformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of " primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information; characterized in that: • primary transforming of the initial information is performed with use of regularities of the first type, in such a way, as a result of which at least two parts of the transformed information are formed; • secondary transforming is performed with use of regularities of the second type, as a result of which at least one part of encoded information is formed. • all parts of encoded information or some parts of the same and/or all parts of the primary transformed information or some parts of the same are transmitted for storing; • untransmitted parts of encoded information and/or untransmitted parts of the primary transformed information are stored separately; • data on regularities of the first type and data on regularities of the second type are stored separately; 39. A method for storing confidential information comprising the steps of: • preliminary generating of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary fransformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary fransformed communications; • primary fransforming of the initial information; • secondary transforming of the primary fransformed information; • storing of the fransformed information; characterized in that • primary fransforming of the initial information is performed with use of regularities of the first type, in such a way, as a result of which are formed at least two parts of the transformed information, and namely: a core (C), containing the transformed information and an accessory information (F) containing parameters of transformation; • secondary fransforming of the core and /or the accessory information (F) is performed with the help of regularities of the second type, as a result of which are formed the encoded core or/and the encoded accessory information. • at least one part of the primary transformed information subjected to secondary transforming and/or at least one part of the primary transformed information unsubjected to the secondary transformation are stored separately; • the remaining part of the fransformed information is stored; • data on regularities of the first type are stored; • data on regularities of the second type are stored. 40. A method for encoding, transferring and storing information by a subscriber and a keeper comprising the steps of: • preliminary generating by the subscriber of data on regularities of the first type coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of ' symbols of the primary fransformed communication with the specific symbols of the secondary transformed commumcation for the total array of symbols of the given kind of primary fransformed communications; • primary fransforming of the initial information; • secondary fransforming of the primary transformed information; • storing of the transformed information. characterized in that • primary transforming of the initial information is performed by the subscriber with use of regularities of the first type in such a way, as a result of which at least two parts of the primary transformed information are formed; • secondary transforming of at least one of the parts of the primary transformed information is performed by the subscriber with use of regularities of the second type, in such a way as a result of which the at least one part of encoded information is formed; • at least one part of encoded information is transmitted to the subscriber through one of the communication channels; • the parts of information unsubjected to secondary fransforming are stored by the subscriber; • the received parts of the encoded information are stored by the keeper; • the encoded core is stored by the keeper. 41. A method for encoding, transferring and storing information by an subscriber and a keeper comprising the steps of: • preliminary generating by the subscriber of data on regularities of the first type (K MV2 ) coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating of data on regularities of the second type coupling the values of symbols of the primary fransformed communication with the specific symbols of the secondary fransformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information. - characterized in that • primary transforming of the initial information is performed by the subscriber with use of regularities of the first type in such a way, as a result of which are formed a core (C) and an accessory information (F) containing parameters of transformation; • secondary fransforming of the core (C) is performed by the subscriber with use of regularities of the second type, in such a way as a result of which the encoded core is formed; • the encoded core is transmitted by the subscriber to the keeper through one of the communication channels; • an accessory information containing parameters of transformation is stored by the subscriber; • the received parts of the encoded information are stored by the keeper; • the encoded core is stored by the keeper. 42. A method for encoding, transferring and storing information by an subscriber and a keeper comprising the steps of:: • preliminary generating by each i-subscriber of data on regularities of the first type (K' MV2 ) coupling the values of symbols of the initial communication with the specific symbols of the primary fransformed communication for the total array of symbols of the given kind of communications ; • preliminary generating of individual data on regularities of the second type coupling the values of symbols of the primary transformed information with the specific symbols of the secondary fransformed information for the total array of symbols of the given kind of primary transformed information; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information. characterized in that • individual data on regularities of the second type (K^) coupling the values of symbols of the primary transformed information with the specific symbols of the secondary transformed information for the total array of symbols of the given kind of the primary transformed information for each subscriber are preliminary transmitted by the keeper to each subscriber; • primary transforming of the initial information with the help of regularities of the first type, that are known to the recipient, is performed by the subscriber in such a way, as a result of which at least two parts of the primary transformed information are formed. • secondary transforming of at least one of the parts of the primary transformed information with the help of regularities of the second type is performed by the subscriber, as a result of which at least one part of the encoded information is recovered; • the untransmitted part of information is stored by the subscriber; • final reverse transforming of the received encoded information is performed by the keeper used by the sender with the help of regularities of the second type, as a result of which at least one part of the primary transformed information are recovered; • the recovered part of the primary transformed information is stored by the keeper. 43. A method for encoding, transferring and storing information by a subscriber and a keeper comprising the steps of: • preliminary generating by each i subscriber of data on regularities of the first type (KiMV2) coupling the values of symbols of the initial information with the specific symbols of the primary encoded information for the total array of symbols of the given kind of information; • preliminary generation of data on regularities of the second type coupling the values of symbols of the primary transformed information with the specific symbols of the secondary fransformed information for the total array of symbols of the given kind of primary fransformed information individual for each subscriber; • primary transforming of the initial information; • secondary transforming of the primary transformed information; • storing of the transformed information characterized in that • individual data on regularities of the second type (K' MZ4 ) coupling the values of symbols of the primary transformed information with the specific symbols of the secondary transformed information for the total array of symbols of the given kind of the primary transformed information for each subscriber are preliminary transmitted by the keeper to each subscriber; • primary transforming of the initial information with the help of regularities of the first type that are known to the recipient, is performed by the subscriber in such a way, as a result of which a core (C) and an accessory information (F) containing transformation parameters are formed; • secondary transforming of the core (C) and/or the accessory information (F) is performed by the subscriber with use of regularities of the second type, as a result of which an encoded core and/or an encoded accessory information are formed; • the encoded core and/or the encoded accessory information are fransmitted by the subscriber to the keeper through one of the communication channels; • the untransmitted part of information is stored by the subscriber; • secondary reverse transforming of the encoded core and/or the encoded accessory information is performed by the keeper with the help of regularities of the second type used by the sender, as a result of which the core (C) and/or the accessory information are recovered; • the recovered core and/or the accessory information are stored by the keeper. 44. A method for remote authorized control comprising transferring the command to the executive element by means of the communication data processing and confrol center, as well as the further steps: • preliminary generating data on regularities of the first type coupling the symbol values of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications; • preliminary generating data on regularities of the second type coupling the symbol values of the initial communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications ; • primary transforming of the initial information; • secondary transforming of the primary transformed information; characterized in that • a criterion of decision-making for transmitting a command to the executive element is selected preliminary by the communication data processing and confrol center; • data on regularities of the first type coupling the values of symbols of the initial commumcation with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications are preliminary generated by the communication data processing and control centre; and • generated data on regularities of the first type are preliminary transmitted to the subscriber; • data on regularities of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of the primary fransformed communication are preliminary generated by the communication data processing and control center; • data on regularities of the second type are transmitted preliminary to the subscriber by the communication data processing and confrol center; • initial communication containing information on the operation that must be performed by the executor is formed by the subscriber; • primary transforming of the initial communication for the communication data processing and confrol center is performed by the subscriber in such a way, as a result of which at least two parts of the primary transformed communication are formed; • secondary transforming of at least one part of the primary transformed communication is performed by the subscriber, as a result of which at least one part of the encoded communication is formed; • at least one part of the encoded commumcation is transmitted by the subscriber to the communication data processing and confrol center; • the remaining parts are transmitted by the subscriber to the communication data processing and confrol center; • all the transmitted parts are received by the communication data processing and control center; • secondary reverse transforming of the encoded part of the communication is performed by the communication data processing and confrol center with the help of regularities of the second type used by the sender, as a result of which at least one part of the primary fransformed communication is recovered; • reverse primary transforming of the received primary transformed parts is performed by the communication data processing and control center with the help of regularities of the first type, as a result of which is recovered the initial communication containing the command for the executive element; • at least one command from the corresponding communication is selected for the executive element by the commumcation data processing and control center; • in accordance with the selected criterion the communication data processing and confrol center makes a decision on transferring a command to the executive element and transmits the said command to the executive element; • the command is received and operated by the executive element. 45. A method for remote authorized confrol comprising fransferring the command to the executive element by means of the communication data processing and control center, as well as the further steps: • preliminary generating data on regularities of the first type (K,^) coupling the symbol values of the initial communication with the specific symbols of the primary transformed commumcation for the total array of symbols of the given kind of communications; • preliminary generating data on regularities of the second type coupling the symbol values of the initial communication with the specific symbols of the secondary fransformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary fransforming of the primary fransformed information; characterized in that • a decision-making criterion for transferring a command to the executive element is preliminary selected by the communication data processing and control center; • individual data on regularities of the fist type (K' MV2 ) coupling the values of symbols of the initial communication with the specific symbols of the primary transformed communication for the total array of symbols of the given kind of communications are preliminary generated by one of the subscribers for a group consisting of at least two subscribers; and • generated data on regularities of the first type (K' MV2 ) are preliminary transmitted to the subscribers of the group; • individual data on regularities of the second type (K' MZ4 ) coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary fransformed communication for the total aπay of symbols of the given kind of the primary fransformed communication are generated preliminary for each subscriber by the communication data processing and control center; • data on regularities of the second type (K' MZ4 ) are preliminary transmitted to each subscriber by the communication data processing and confrol center; • the initial communication containing information on the operation that must be done by the executor is formed by at least one subscriber; • primary fransforming of the initial communication with the help of regularities of the first type that are known to the respective recipient is performed by the subscriber-sender for at least one recipient in such a way, as a result of which are formed at least two parts of the primary fransformed information of different content; • secondary transforming of at least one part of the primary fransformed information is performed by the subscriber-sender with the help of regularities of the second type, as a result of which at least one encoded core is formed; • the encoded part of the primary transformed information is transmitted by the subscriber- sender to the commumcation data processing and control center through one of the commumcation channels; • the remaining part of the primary transformed information is transmitted by the subscriber- sender at least to one recipient through the other communication channel; • secondary reverse transforming of at least an encoded part of the primary transformed information is performed by the communication data processing and control center with the help of regularities of the second type used by the sender, as a result of which a part of the primary transformed information is recovered; • secondary transforming of the recovered part of the primary transformed information is performed by the communication data processing and control center with the help of regularities of the second type known to the respective recipient, as a result of which at least one new encoded part of the primary transformed information is formed; • the respective new encoded part of the primary transformed information is transmitted at least to one recipient by the communication data processing and control center, • the respective remaining part of the primary transformed information and the new encoded part of the primary transformed information are received by the subscriber -sender; • reverse secondary transforming of the new encoded part of the primary transformed information is performed by the subscriber -recipient with the help of regularities of the second type, as a result of which a part of the primary transformed information is recovered; • reverse primary transforming of the recovered and the remaining part of the received primary transformed information is performed by at least one subscriber-recipient with the help of the respective accessory information and respective regularities of the first type, as a result of which is recovered the initial communication containing information on the operation that must be done by the executor; • the communication comprising a command for the executive element is formed by the subscriber; • transforming of the communication comprising the command for the executive element is performed by the subscriber with the help of regularities of the second type, as a result of which the encoded communication is formed; • the respective encoded communication is transmitted by the subscriber to the communication data processing and control center, • the communication data processing and confrol center receives the encoded communication, • reverse secondary fransforming of the encoded communication is performed by the communication data processing and control center with the help of respective regularities of the second type, as a result of which is recovered at least one communication containing a command for the executive element; • at least one command for the executive element is selected from the respective communications by the communication data processing and confrol center; • in accordance with the selected criterion the communication data processing and control center makes a decision on transferring the control command to the executive element and transmits the said command to the executive element; • the command is received and operated by the executor. 46. A method for remote authorized control comprising transferring the command to the executive element by means of the communication data processing and control center, as well as further steps: • preliminary generating data on regularities of the first type (K MV2 ) coupling the symbol values of the initial communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of communications; • preliminary generating data on regularities of the second type coupling the symbol values of the initial communication with the specific symbols of the secondary fransformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; characterised in that : • a decision-making criterion for fransferring a command to the executive element is preliminary selected by the communication data processing and confrol center; • individual data on regularities of the first type (K' MV2 ) coupling the values of symbols of the primary fransformed communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of the primary transformed communication are preliminary generated by one of the subscribers for the group consisting of at least two subscribers; and • generated data on regularities of the first type (K' MV2 ) are preliminary transmitted to the subscribers of the group; • individual data on regularities of the second type (K^) coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of of the primary fransformed communication are generated preliminary for each subscriber by the communication data processing and confrol center; • data on regularities of the second type (K 1 ,^) are transmitted preliminary to each subscriber by the communication data processing and control center; • the initial communication containing information on the operation that must be done by the executor is formed by at least one subscriber; • primary transforming of the initial communication, by means of regularities of the first type that are known to the respective recipient, is performed by the subscriber-sender for at least one recipient in such a way, as a result of which a least one core (C) and at least one accessory information (F) are formed; • secondary transforming of at least one part of one core (C) is performed by means of regularities of the second type by the subscriber-sender, as a result of which at least one encoded core is formed; • at least one encoded core is transmitted by the subscriber-sender to the communication data processing and control center through one of the communication channels; . • at least one accessory information is fransmitted by the subscriber-sender to one recipient through another communication channel; • secondary reverse transforming of at least one encoded core is performed by the communication data processing and control center by means of regularities of the second type used by the sender, as a result of which at least one the core (C) is recovered; • secondary fransforming of at least one recovered core by means of regularities of the second type that are known to the respective recipient is performed by the communication data processing and control center, as a result of which at least one new encoded core is formed; • the new respective encoded core is transmitted to at least to one recipient by the communication data processing and control center, • the new respective encoded core and the respective accessory information is received by at least one subscriber-recipient; • reverse secondary transforming of the new encoded core is performed by at least one subscriber-recipient by means of regularities of the second type, as a result of which the core is recovered; • reverse primary transforming of the core is performed by at least one subscriber-recipient by means of the respective accessory information and respective regularities of the first type, as a result of which is recovered the initial communication containing information on the operation that must be done by the executor; • the communication comprising a command for the executive element is formed by at least one subscriber; • secondary transforming of the communication by means of regularities of the second type is , performed by at least one subscriber, as a result of which the encoded communication is formed; • the respective encoded communication is transmitted by at least one subscriber to the commumcation data processing and control center; • at least one encoded communication is received by the communication data processing and control center; • reverse secondary transforming of at least one encoded communication is performed by the communication data processing and control center; by means of respective regularities of the second type, as a result of which is recovered at least one communication containing the command for the executive element; • at least one command for the executive element from the respective communications is selected by the communication data processing and control center; • in accordance with the selected criterion the communication data processing and control center makes a decision on transferring the control command to the executive element and transmits the said command to the executive element; • the command is received and operated by the executive element. 47. A method for remote authorized control comprising transferring the command to the executive element by means of the communication data processing and control center, as well as further steps: - • preliminary generating data on regularities of the first type (K,^) coupling the symbol values of the initial communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of communication; • preliminary generating data on regularities of the second type coupling the symbol values of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary fransformed communications; • primary transforming of the initial information; • secondary transforming of the primary transformed information; characterized in that: • individual data on regularities of the first type (K 1 ,^), coupling the values of symbols of the initial communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of communications are generated preliminary by one of the subscribers being an initiator for the group of at least two subscribers; and • generated data on regularities of the first type (K 1 ^), are fransmitted by the said subscriber to the subscribers of the group; • individual data on regularities of the second type (K^), coupling the values of symbols of the primary transformed commumcation with the specific symbols of the secondary transformed communication for the total array of symbols of the primary transformed communication are generated preliminary by the communication data processing and control center; • data on regularities of the second type (K' MZ4 ), are preliminary transmitted to each subscriber by the communication data processing and confrol center; • the initial communication containing information on the operation that must be done by the executor is formed by at least one subscriber; • primary transforming of the initial communication by means of regularities of the first type that are known to the respective recipient, is performed by the subscriber-sender for at least one recipient in such a way, as a result of which a least two parts of the primary transformed communication are formed; • secondary transforming of at least one part of one part of the primary transformed commumcation is performed by means of regularities of the second type by the subscriber- sender, as a result of which at least one encoded communication is formed; • at least one part of the encoded communication is fransmitted by the subscriber-sender to the communication data processing and control center through one of the communication channels; • the remaining part of the primary encoded communication is fransmitted by the subscriber- sender to at least one recipient through the other communication channel; • final reverse transforming of at least one part of encoded communication by means of regularities of the second type used by the sender is performed by the communication data processing and control center, as a result of which at least one part of the primary transformed communication is recovered; • secondary fransforming of at least one part of the primary transformed communication by means of regularities of the second type that are known to the respective recipient is performed by the communication data processing and control center, as a result of which at least one part of communication encoded for the recipient is formed; • the respective encoded communication is transmitted to at least to one recipient by the communication data processing and control center, • the respective parts of the primary transformed communication and the respective encoded communications are received by at least one subscriber-recipient; • reverse secondary fransforming of the respective encoded communications is performed by at least one subscriber-recipient by means of regularities of the second type, as a result of which the respective parts of the primary transformed communication are recovered; • reverse primary transforming of the parts of the primary transformed communication is performed by at least one subscriber-recipient by means of the respective regularities of the first type, as a result of which is recovered the initial communication containing information on the operation that must be done by the executor; • the communication containing the command for the executive element if formed by each of at least two subscribers; • secondary transforming of the communication is performed by each of at least two subscribers with the help of the regularities of the second type, at a result of which respective encoded communications are formed; • respective encoded communications are transferred to the communication data processing and control center by at least two subscribers; • at least two encoded communications are received by the communication data processing and confrol center; • reverse secondary transforming of at least two encoded communications is performed by the the communication data processing and control center with the help of the respective regularities of the second type, as a result of which are recovered at least two communications containing the command for the executive element; • at least two commands for the executive element are selected from the respective communications by the commumcation data processing and control center; • at least two commands for the executive element are compared by the communication data processing and confrol center; • a respective command is fransmitted communication data processing and control center to the executive element, when a certain number of commands correspond to the preselected criterion; • the command is received and operated by the executive element. 48. A method for remote authorized confrol comprising transferring a command to the executive element by means of the communication data processing and control center, as well as further steps: • preliminary generating data on regularities of the first type (K,^) coupling the symbol values of the initial communication with the specific symbols of the primary encoded communication for the total array of symbols of the given kind of communication; • preliminary generating data on regularities of the second type coupling the symbol values of the primary transformed communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information ; • secondary transforming of the primary transformed information; characterized in that: • individual data on regularities of the first type (K^), coupling the values of symbols of the initial communication with the specific symbols of the transformed communication for the total array of symbols of the given kind of the initial communication are preliminary generated by the communication data processing and confrol center for each subscriber; • data on generated regularities are preliminary transmitted by the communication data processing and confrol center to each subscriber; • data on regularities transmitted by the communication data processing and control center are received by each subscriber; • a criterion of decision-making for transferring a command to the executive element is preliminary selected by the communication data processing and control center; • a communication containing a command for the executive element is formed by at least one subscriber; • the communication is transformed by at least one subscriber by means of the generated regularities, as result of which an encoded communication is formed; • the encoded communication is transmitted by at least one subscriber to the communication data processing and control center; • at least one encoded communication is received by the communication data processing and control center; • reverse transforming of at least one encoded commumcation by means of respective regularities is performed by the communication data processing and control center, as a result of which is recovered at least one communication comprising a command for the executive element; • at least one command for the executive element is selected from the respective communications by the commumcation data processing and confrol center; • in accordance with the preliminary selected criterion the communication data processing and control center makes a decision on transferring the command and transmits the said command to the executive element; -> • the command is received and operated by the executive element. 49. A system for storing confidential information comprises at least one subscriber device 1, a communication data processing center 2 and data transmission environment 3, characterized in that each of the subscriber devices comprises: • an input/output unit 4; • a receiving/ transferring unit (transceiver) 5; • a generator of plurality of transformation regularities of the first type 6; • a memory unit for storing of plurality of transformation regularities of the first type 7; • a memory unit for storing of plurality of transformation regularities of the second type 8; • a calculator that performs transforming and recovering with use of regularities of the first type 9; • a calculator that performs fransforming and recovering with use of regularities of the second type 10; • a storing device for storing of the accessory information containing transformation parameters 11 ; • a generator of plurality of transformation regularities of the second type 13 ; • the communication data processing and storing center comprises: • an input output unit 12; • a generator of plurality of transformation regularities of the second type 13; • a memory unit for storing of plurality of transformation regularities of the second type 14; • a memory unit for storing cores containing transformed information 15; • a calculator that performs transforming and recovering with use of regularities of the second type 16. Whereat the output of the generator 6 is connected to the first input of the memory device 7, the first input/output of the receiving/ transferring unit 4 is simplex connected to the first input/output of the calculator 9, the first output of the input output unit 4 is connected to the input of the memory device 8, the second output of the input output unit 4 is connected to the second input of the memory device 7, the second input/output of the calculator 9 is simplex connected to the first input/output of the calculator 10, the third input/output of the calculator 9 is simplex connected to the input/output of the memory device 11, the output of the memory device 7 is connected to input of the calculator 9, the output of the memory device 1 1 is connected to the third input of the memory device 7, the output of the generator 13 is connected to the input of the memory device 8, the second input/output of the calculator 10 is simplex connected to the first input output of the receiving/transferring unit 5, the second input/output of the receiving/transferring unit 5 is simplex connected to the data transferring environment 3, the output of the receiving/transferring unit 5 is connected to the input of the memory device 11, the first input/output of the receiving/transferring unit 12 of the communication data processing and storing center is simplex connected to the data transferring environment 3, the , second input/output of the receiving/transferring unit 12 is simplex connected to the first input/output of the calculator 16, the input of the calculator 16 is connected to output of the memory device 14, the first input of the memory device 14 is connected to the output of the calculator 16, the input/output of the memory device 15 is simplex connected to the second input/output of the calculator 16, the output of the generator 13 is connected to the second input of the memory device 14. 50. A system for encoding, transferring and receiving, and decoding information comprises at least two subscriber devices 17, communication data processing center 18 and the data transferring environment 3, characterized in that each of the subscriber devices comprises: • an input/output unit 19; • a receiving/transferring unit 20; • a receiving/transferring unit 21 ; • a generator of plurality of transformation regularities of the first type 6; • a generator of plurality of transformation regularities of the second type 13; • a memory device for storing of plurality of transformation regularities of the first type 22; • a memory device for storing of plurality of transformation regularities of the second type 23; • a calculator that performs transforming and recovering with use of regularities of the first type 24; • a calculator that performs transforming and recovering with use of regularities of the second type 25; • a memory device for storing of initial communications 26; communication data processing center comprises: • a receiving/transferring unit 27; • a generator of plurality of transformation regularities of the first type 6; • a memory device for storing of plurality of transformation regularities of the second type 14; • a calculator that performs fransforming and recovering with use of regularities of the second type 28. Whereat the output of generator 6 is connected to the first input of the memory device 22, the first input output of the input/output unit 19 is simplex connected to the first input/output of the memory device for storing of initial communication 26, the output generator 13 is connected to the input of the memory device 23, the output of the memory device 22 is cormected to the ' input of the calculator 24, the output of the calculator 24 is connected to the second input of the memory device 22, the first input/outputof the calculator 24 is simplex connected to the second input/output of the memory device for storing initial communication 26, the second input/output of the calculator 24 is simplex connected to the first input/output of the calculator 25, the third input/output of the calculator 24 is simplex connected to the first input/output of the receiving/transferring unitt 21, the first output of the memory device 8 is connected to the first input of the calculator 10, the input of the calculator 25 is connected to the output of the memory device 23, the second input/output of the calculator 25 is simplex connected to the first input/output of the receiving/transferring unit 20, the second input/output of the receiving/transferring unit 20 is simplex connected to the data transferring environment 3, the second input/output of the receiving/transferring unit 21 is simplex connected to the data transferring environment 3, the first input/output receiving/transferring unit 27 of the communication data processing center is simplex connected to data transferring environment 3, the second input/output of the receiving/fransferring unit 27 is simplex connected to first input/output of the calculator 28, the input calculator 28 is connected to the output of the memory device 14, the input of the memory device 14 is connected to the output of the calculator 19, the output generator 6 is connected to the second input memory device 14. 51.A system for encoding, fransferring, receiving, decoding information and safe remote control comprises at least two subscriber devices 17, communication data processing and control centre 29 and data transferring environment 3, characterized in that the system further comprises an executive device 30; Each of the subscriber devices comprises: • an input/output unit 19; • a receiving/transferring unit 20; • a receiving/transferring unit 21 ; • a generator of plurality of transformation regularities of the first type 6; • a generator of plurality of transformation regularities of the second type 13 ; • a memory device for storing of plurality of transformation regularities of the first type 22; • a memory device for storing of plurality of transformation regularities of the second type 23; • a calculator that performs transforming and recovering with use of regularities of the first type 24; • a calculator that performs fransforming and recovering with use of regularities of the second type 25; • a memory device for storing of initial commumcations 26; • a commutator 31 ; commumcation data processing center comprises: • a receiving/transferring unit 12; • a generator of plurality of transformation regularities of the second type 13; • a memory device for storing of plurality of transformation regularities of the second type 14; • a memory device for storing of the recovered commands 31 ; • a calculator that performs transforming and recovering with use of regularities of the second type 32. • a compare device 33. In this case the output of the generator 6 is connected to the first input of the memory device 22, the second input of the memory device 22 is connected to the output of the calculator 24, the output of the memory device 22 is connected to the input of the calculator 24, the input/output of the input/output unit 19 is simplex connected to the first input output of the memory device 26, the second input/output of the memory device 26 is simplex connected to the first input/output of the commutator 31, the second input/output of the commutator 31 simplex connected to the first input/output of the calculator 24, the third input/output of the commutator 31 is simplex connected to the first input output calculator 25, the second input/output calculator 24 is simplex connected to the first input/output of the receiving/transferring unit 21, the second input/output of the receiving transferring unit 21 is simplex connected to the data transferring environment 3, the second input/output of the calculator 25 is simplex connected the first input/output of the receiving/transferring unit 20, the second input output of the receiving transferring unit 20 is simplex connected to the data transferring environment 3, the first input of the calculator 25 is connected to the output of the memory device 23, the input of the memory device 23 is connected to the output of the generator 13, the first input/output of the receiving/transferring unit 12 of the communication data processing and control center is simplex connected to the data transferring environment, the second input/output of the receiving/transferring unit 12 is simplex connected to the first input/output of the calculator 32, the second output of the calculator 32 is connected to the input of the memory device 31 , the output of the generator 13 is connected to the first input of the memory device 14, the second input of the memory device 14 is connected to the output of calculator 32, the output of the memory device 14 is connected to the input of the calculator 32, two outputs of the memory device 31 are connected to two inputs of the compare device 33, the output of the compare device 33 is connected to the input of the executive device 30. AMENDED CLAIMS [received by the International Bureau on 15 February 2001 (15.02.01); original claims 1-51 replaced by new claims 1-51 (38 pages)] 1. Λ method for encoding and transferring information comprising the steps of: • preliminary generating data for the rules of a first type according to which the symbol values of (he initial communication are primary transformed into specific symbols of the primary transformed communication; said data being preliminary generated for (he total array of symbols of (he given kind of communications; • preliminaiy generating data for the rules of the second type according to which the symbol values of (he primary transformed communication are secondary transformed into the specific symbols of (he secondary transformed communication; said data being preliminaiy generated for the total array of symbols of (he given kind of primary transformed communications; • primary transforming of (he initial communication with (he use of preliminary generated data and (he selected niles of the first type; • secondary tr sfυnning of the primary transformed communication with the use of preliminary generated data and the selected rules of the second type, as a result of which an encoded communication for transferring is formed; • transferring the encoded communication to the recipient; characterized in that: • primary liαiisfomiing of the initial communication is performed with the use of the preliminary generated data and the selected rules of the first type that are known to the recipient; said primary transforming is performed in such a way that as a result at least two parts of primary transformed communication of different content are formed; • secondary transforming of at least one of the primary transformed communications is performed with the use of the preliminary generated data and the selected rules of the second type that are known to (he recipient, as a result of which αl least one encoded communication is formed; • at least one encoded communication is transferred at least through one communication channel; • the primary transformed communications unsubjected to (he secondary transforming is transferred al least through one of communication channel. 2. Λ method for encoding and transferring information comprising the steps of: • preliminaiy generating data for the niles of a first type according to which the symbol values of the initial communication are primary transformed into specific symbols of the primary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of communications; • preliminary generating data for the rules of the second type according to which (he symbol values of the primary transformed communication are secondary transformed into the specific symbols of the secondary transformed communication; said data being preliminaiy generated for the total anay of symbols of the given kind of primary transformed communications; • primary transforming of (he initial communication with (he use of preliminary generated data and (he selected rules of the first type; • secondary (rαnslOπning of Ihe primary transformed communication with (he use of preliminary generated data and the selected rules of the second type, as a result of which an encoded communication for transferring is formed; • transferring the encoded communication to the recipient; characterized in that: • primary transforming of the initial communication is performed with the use of the prolinih y generated data and the selected rules of the first type that are known to the recipient; said primaiy transfomiing is performed in such a way that as a result at least two parts of primaiy transformed communication of different content are formed; • secondary transfomiing of at least two of the primaiy transformed communications is performed with (he use of (he preliminary generated data and the selected rules of the second type that are known to the recipient, as α result of which at least two encoded communication is formed; • transferring at least two encoded communications is performed by means of at least one communication channel; 3. A method for encoding and transferring information comprising the steps of • preliminaiy generating data for the rules of a first type according to which the symbol values of the initial communication are primary transformed into specific symbols of the primary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of communications; • preliminary generating data for the rules of the second type according to which the symbol values of the primary transformed communication are secondary transformed into the specific symbols of the secondary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of primaiy transformed communications; • primary transfomiing of the initial communication with the use of preliminary generated data and the selected rules of the first type; • secondary transfomiing of the primaiy transformed communication with the use of preliminaiy generated data and the selected rules of the second type, as a result of which an encoded communication for transferring is formed; • transferring the encoded communication to the recipient; characterizd in that: • primary transforming of the initial communication is performed with the use of the preliminary generated data and the selected niles of the first type that are known to the recipient; said primaiy transfomiing is performed in such a way that as a result at least two parts of primaiy transformed communication of different content are formed; • symbols of at least two parts of primaiy transfomied communications are intermixed, as a result of which αl least one intemuxed primary transformed communication is formed; • secondary transforming of at least one intermixed primary transformed communication is performed by means of the preliminaiy generated data and the selected rules of the second type, that are known to (he recipient, as a result of which at least one encoded communication is formed; • the encoded communication is transmitted by means of at least one communication channel. 4. Λ method for encoding and transferring information comprising the steps of • preliminaiy generating data for the niles of a first type according to which the symbol values of the initial communication are primary transformed into specific symbols of the primary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of communications; • preliminary generating data for the rules of the second type according to which the symbol values of the primaiy transfomied communication are secondaiy transfomied into the specific symbols of the secondary transfomied communication; said data being preliminaiy generated for the total anay of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with the use of preliminaiy generated data and the selected rules of the first type; • secondary transforming of Ihe primary transformed communication with the use of preliminary generated data and the selected rules of the second type, as a result of which an encoded communication for transferring is formed; • transferring the encoded communication to the recipient; characterizd in that: • primary transforming of the initial communication is performed with the use of the preliminary generated data and the selected rules of the first type that are known to the recipient; said primaiy transfomiing is performed in such a way that as a result at least two parts of primary transformed communication of different content are formed; • secondaiy transforming of at least one of the primaiy transfomied communications with use of the preliminary generated data and the selected rule of the second type, that are known to the recipient, is performed, as a result of which at least one encoded communication is formed; • symbols of at least one of the primaiy transformed communications and symbols of at least one secondary transformed communication are intermixed, as a result of which al least one intermixed encoded communication is formed; • at least one encoded communication is transmitted by means of at least one communication channel; • the remaining parts of the transformed communication are transmitted by means of at least one communication channel. 5. The method according to Claim 1, characterized in that all parts of the encoded communication are transmitted through one and the same communication channel. 6. Hie method according to Claim 1, characteiized in that all parts of the encoded communication and all primaiy transfomied communications unsubjected to the secondaiy transformation are transmitted through one and the same communication channel. 7. Hie method according to C'laim 1, charactenVed in that all parts of the encoded communication and all primary transformed communications unsubjected to the secondary transformation are transmitted through two or more communication channels. 8. The method according to Claim 1, characterized in that parts of the encoded communication are transmitted through two or more communication channels. 9. The method according (o Claim 1,3 characterized in that • primary transfomiing of the initial communication is performed with the help of the preliminary generated data and the selected rules of (he first type that are known to the recipient, as a result of which two parts of the transfomied communication are formed, and namely the part of the core of infoimation (C), containing the transfomied information and the part of the accessoiy infoimation part (F) containing parameters of transformation; • secondaiy transfomiing of the accessoiy infoimation is performed with the help of the preliminaiy generated data and the selected rules of the second type that are known to the recipient, as a result of which the encoded accessory information is formed; • the encoded accessoiy infoimation containing parameters of transformation is transmitted; • the core information part containing Ihe transformed information is transmitted; 10. The method according to Claim 9, characterized in that • the encoded accessory information and the core information part are transmitted through one of the communication channels; 1 1. The method according to C'laim 9, characterized in that: • the encoded accessoiy infoimation is transmitted through one of the communication channels; • the core information part is transmitted through the other communication channel. 12. The method according to Claims 1,3, characterized in that: • primary transfomiing of the initial communication is performed with the help of the preliminaiy generated data and the selected niles of the first type that are known to the recipient, as a result of which (wo parts of the encoded communication are formed, and namely: the part of the core infoimation part of infoimation (C), containing the primaiy transfomied infoimation and the part of the accessory information port (F) containing parameters of primary transformation; • secondary transforming of the core information part information is performed with the help preliminaiy generated data and the selected niles of the second type that are known to the recipient, as a result of which an encoded core information part is formed; • the accessoiy infoimation is transmitted; • the encoded core infoimation is transmitted. 13. Hie method according to C'laim 12, characterized in that: • the accessory information and the encoded core information are transmitted through one and the same the communication channel; 14. Hie method according to Claim 12, characterized in that: • the accessory information is transmitted through one of the communication channels; • the encoded core infoimation part infoimation is transmitted through the other communication channel. 15. Hie method according to Claims 1 ,3, characterized in that: • primary transforming of the initial communication is performed with the help of the preliminary generated data and the selected niles of the first type that are known to the recipient, as a result of which two parts of the encoded communication are formed, and namely; the part of the core information part of information (C), containing the primary transformed information and the part of the accessoiy infoimation part (I 1 ) containing parameters of primaiy transfoimation; • secondaiy transfomiing of the core infoimation is performed with the help preliminaiy generated data and the selected rules of the second type that are known to the recipient, as a result of which an encoded core infoimation part is formed; • secondaiy transfomiing of the accessoiy infoimation is performed with the help preliminary generated data and the selected rules of the second type that are known to the recipient, as a result of which an encoded accessoiy infoimation is formed; • the encoded accessory information, containing parameters of transformation, is transmitted; • the encoded core information is transmitted; 1(5. The method according to Claim 15, characterized in lhat: • the accessoiy infoimation is transmitted through one of the communication channels; • the encoded core information is transmitted through the other communication channel. 17. The method according to C'laim 15, characterized in that: • the encoded accessory information and the encoded core information are transmitted through one communication channel. 18. Λ method for encoding and transferring information comprising the steps of • preliminaiy generating data for the niles of a first type according to which the symbol values of the initial commumcation are primary transformed into specific symbols of the primary transformed communication; said data being preliminaiy generated for the total anay of symbols of the given kind of communications; • preliminary generating data for the rules of the second type according to which the symbol values of the primaiy transfomied communication are secondaiy transfomied into the specific symbols of the secondary fransformed communication; said data being preliminary generated for the total array of symbols of the given kind of primary transformed communications; • primaiy transfomiing of the initial communication with the use of preliminaiy generated data and the selected rules of the first type; • secondaiy transfomiing of the primaiy transfomied communication with the use of preliminaiy generated data and the selected rales of the second type, as a result of which an encoded communication for transferring is formed; • transferring the encoded communication to the recipient; characterizd in that: • at least part of a encoded communication is transmitted to the recipient through a communication data processing center, and • similar data for the rules of the first type (K' V.) are preliminary generated for the pair subscriber- sender - subscriber -recipient. • similar data for the niles of the second type ( ' MZ ,) are preliminaiy generated for the pair subscriber- sender - communication data processing center. • primary transforming of the initial communication is performed by sender with use of preliminary generated data and the selected niles of the first type, as a result of which at least two parts of the primary transformed communication is formed; • secondaiy transfomiing of at least one part of the primaiy transfomied communication is performed by sender with the use of (he preliminary generated data and (he rules of (he second type, us a result of which al least one part of the encoded communication is formed; • the remaining part of the communication unsubjected to secondaiy transfomiing is transmitted to the recipient by means of at least one of the communication channels; • the encoded part is transmitted through the other communication channel to the communication data processing center thai performs the operations of: • reverse secondary transforming of at least one part of the encoded communication is performed by the communication data processing center with the use preliminaiy generated data and the niles of the second type, similar for the sender, as a result of which at least one part of the primary transfomied communication is recovered; • secondaiy transfomiing of recovered part of the primaiy transformed communication is performed with the use preliminary generated data and the rules of the second type, similar for recipient as a result of which is formed at least one part of the communication encoded for the recipient; • at least one part of the communication encoded for the recipient is transmitted. 1 . lbe method for encoding and transferring infoimation according to C'laim 1 S, characterized in that • communication data processing center stores the recovered part of the primaiy transformed communication 20. Λ method for encoding and transferring information comprising the steps of: • preliminary generating data for the rules of a first type according to which the symbol values of the initial communication are primaiy transformed into specific symbols of the primaiy transfomied communication; said data being preliminaiy generated for the total anay of symbols of the given kind of communications; • preliminaiy generating data for the rules of the second type according to which the symbol values of the primary transformed communication are secondary transformed into the specific symbols of the secondary transfomied communication; said data being preliminary generated for the total array of symbols of the given kind of primaiy transfomied communications; • primary transforming of the initial communication with the use of preliminary generated data and the selected niles of the first type; • secondaiy transfoiming of the primaiy transfomied communication with the use of preliminaiy generated data and the selected rules of the second type, as a result of which an encoded communication for transferring is fomied; • transferring the encoded communication to the recipient; characterized in that: • at least part of an encoded communication is transmitted to the recipient through the communication data processing center, and • similar data for the niles of the first type ( ' M ^) are generated preliminary for the pair suhscriher- sender - subscriber -recipient. • individual data for the rules of the second type (K' M ^ I ) are generated preliminary for the pair subscriber-sender - communication data processing center. • primary transforming of the initial communication is performed with use of the prelmiinary generated data and the niles of the first type, in such a way as a result of which are formed a core information part (C), containing the transformed information and an accessory information part (F) containing parameters of transformation; • secondaiy transfoiming of the core infoimation part (C) is performed with the use of niles of the second type, as a result of which the encoded core information part is formed; • the accessoiy infoimation is transmitted to the recipient through one of the communication channels; • the encoded core infoimation part is transmitted through the other communication channel to the communication data processing center that performs the operations of: • reverse secondaiy transfoiming of the encoded core infoimation part with the use of niles of the second type, similar for sender, as a result of which (he primary transformed communication (C) is recovered; • secondary transforming of the core information part with the use of the preliminary generated data and the niles of the second type, known to recipient, as a result of which is formed the encoded core infoimation part for the recipient; • the encoded core information part for the recipient is transmitted. 21. Λ method for encoding and transferring information comprising the steps of: • preliminary generating data for the rules of a first type according to which the symbol values of the initial communication are primaiy transfomied into specific symbols of the primaiy transfomied communication; said data being preliminary generated for the total array of symbols of the given kind of communications; • preliminaiy generating data for the niles of the second type according to which the symbol values of the primary transformed communication are secondary transformed into the specific symbols of the secondaiy transfomied communication; said data being preliminaiy generated for the total anay of symbols of the given kind of primary transformed communications; • primary transforming of the initial communication with the use of preliminary generated data and the selected rules of the first type; • secondary transforming of the primary transformed communication with the use of preliminary generated data and the selected niles of the second type, as a result of which an encoded communication for transferring is foπned; • transferring the encoded communication to the recipient; characterized in that: • at least part of an encoded communication is transmitted to the recipient through a communication data processing center, and • common data for the niles of the first type (K° V2 ) are preliminary generated by the communication data processing center for all subscribers. • similar data for the niles of the second type ( ' M74 ) are preliminaiy generated by communication data processing center individual for the each pair subscriber - communication data processing center. • data for the niles of the first type (KΛnvj) are preliminaiy transmitted by the communication data processing center to all subscribers. • data for the rules of the second type (K' Λ ) are preliminary transmitted by the communication data processing center to each subscriber. • primary transforming of the initial communication is performed by the subscriber-sender with the use of the preliminaiy generated data and the rales of the fist type, that are common to the recipient, as a result of which at least two parts of transformed infoimation of different contents are formed; • secondary transforming of the at least one part of primary transformed communication is performed by the subscriber-sender with the use of the preliminary generated data and the rales of the second type, as a result of which an encoded part of communication is formed; • the encoded part of communication is transmitted by the subscriber-sender to the communication data processing center through one of the communication channels; • the remaining part of primary transformed communication is transmitted by the subscriber-sender to the recipient through the other communication channel; • the reverse secondaiy transfoiming of the encoded part of communication is performed by the communication data processing center with the use of the preliminary generated data and the rules of the second type used by the sender, as a result of which the secondaiy transfomied part of communication is recovered into the primaiy transfomied part of communication; • a new secondary transforming of the recovered part of communication is performed by the communication data processing center with the use of the preliminaiy genei'ated data and the rales of the second type similar to the recipient, as a result of which a new encoded part of communication is formed; • the new encoded core infoimation part is transmitted to the recipient by the communication data processing center. 22. Hie method for encoding and transferring infoimation according to Claims 20 or 21, characterized in that: • the communication data processing center stores the recovered part of communication. 23. Λ method for encoding and transferring information comprising the steps of: • preliminaiy generating data for the rales of a first type according to which the symbol values of the initial communication are primary transformed into specific symbols of the primary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of communications; • preliminary generating data for the rules of the second type according to which the symbol values of the primaiy transformed communication are secondaiy transfomied into the specific symbols of the secondary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of primary transformed communications; • primaiy transfoiming of the initial communication with the use of preliminaiy generated data and the selected rules of the first type, as a result of which a primary transfomied communication is formed; • secondary franslbπning of the primary transformed communication with the use of preliminary generated data and the selected rales of the second type, as a result of which an encoded communication for transferring is formed; • transferring the encoded communication to the recipient; characterized in that: • at least part of an encoded communication is transmitted to the recipient through a communication data processing center, and • common data for the rales of the first type (K° M 2 ) a e generated preliminaiy by the communication data processing center for all subscribers; • individual data for the rales of the second type (K' MZ4 ) are generated preliminary by communication data processing center for each pair subscriber - communication data processing center. • data for the rules of the first type (K u v.) arc preliminary transmitted by the communication data processing center to all subscribers; • data for the rules of the second type (K' ^) are preliminary transmitted by the communication data processing center to each subscriber; • the sender additionally generates data for the rules of the first type (K' MV i) for each pair sender- recipient individually; • the sender forms a key communication containing generated data for the rales of the first type that are individual for each pair sender-recipient; • the sender peifoims primaiy transfoiming the key communication with the use of the preliminaiy generated data and the rules of the first type, that are common for all subscribers in such a way that as a result at least two parts of primary transformed communication are formed; • the sender peifoims secondaiy transforming at least of one part of the primaiy transfomied key communication with the use of the preliminary generated data and the rules of the second type, as u result of which an encoded part of key is formed; • the sender transfers the encoded part of key communication to the communication data processing center through the first communication channel; • the sender transfers the remaining part of key communication to the recipient through the second communication channel; • the secondaiy transfoiming of the preliminaiy transformed encoded part of key communication is performed by the communication data processing center with the use of the preliminaiy generated data and the rales of the second type, that are known to the recipient, as a result of which the encoded part of communication is formed; • the part of the key communication encoded for the recipient is transferred to (he recipient by the communication data processing center; • the sender performs primary transfomiing of the communication with (he use of prliminary generated data and the rales of the first type (K' MV .) such a way, as a result of which at least two parts of transformed information of dϋϊerent contents are formed; • the sender performs secondary transforming of the al least one part of primary transfomied communication with the use of the preliminaiy generated data and the rales of the second type, known to certain recipient, as a result of which an encoded part of communication is formed; • the sender transfers the remain part of primaiy transfomied infoimation to the recipient through one of the communication channels; • the sender transmits the encoded part of communication through the other commumcation channel to the communication data processing center that peifoims the operations of: • reverse secondary transforming of (he encoded part of communication with the use of the preliminary generated data and the rales of the second type known to sender, as a result of which the primary transfomied communication is recovered; • secondary transforming of the recovered part of communication with the use of the preliminary generated data and the rales of the second type, that are known to the recipient, as a result of which is formed the part of communication encoded for the recipient; • transferring the part of communication encoded for the recipient; 24. The method for receiving and decoding information encoded according to Claims 1-3, comprising the steps of: ♦ preliminaiy generating data for the rales of a first type according to which the symbol values of the initial communication are primary transfomied into specific symbols of the primary transfomied communication; said data being preliminaiy genei'ated for the total array of symbols of the given kind of communications and; • preliminary generating data for the rules of the second type according to which the symbol values of the primaiy transfomied communication are secondaiy transfomied into the specific symbols of the secondary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the primary transformed communication Irom the encoded communication with the use of the preliminaiy generated data and the selected rales of the second type; • recovering the initial communication from the primary transfomied communication with the use of (he preliminary generated data and the selected rules of the first type; characterized in that: • all encoded communications are received by means of at least one communication channel; • all primary transformed communications unsubjected to the secondary transformation are received by means of at least one communication channel; • reverse secondary transfomiing of the received encoded communications is performed with the use of the preliminaiy generated data and the rales of the second type, as a result of which the remaining part of the primary transformed communication is recovered. • reverse primary transforming of the primary transformed communications is performed with the use of the preliminaiy generated data and the rales of the first type, as a result of which the initial communication is recovered. 25. 1 lie method according to the Claim24, characterized in that • encoded communications and primary transformed communications unsubjected to the secondary transformation are received through one and the same communication channel. 26. The method according to the Claim 24, characterized in lhat: • encoded communications and primaiy transfomied communications unsubjected to the secondary transformation are received by means of at least two communication channels. 27. A method for receiving and decoding infoimation encoded according to claim 2, comprising the steps of: • preliminaiy generating data for the rales of a fii'st type according to which the symbol values of the initial communication are primary transformed into specific symbols of the primary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of communications; • preliminary generating data for the rules of the second type according to which the symbol values of the primaiy transfomied communication are secondary transfomied into the specific symbols of the secondaiy transformed communication; said data being preliminaiy generated for the total anay of symbols of the given kind of primary transfomied communications; • receiving the encoded communication; • recovering the primary transformed communication from the encoded communication with the use of the preliminaiy generated data and the selected rales of the second type; • recovering the initial communication from the primary transformed communication with the use of the preliminary generated data and the selected rules of the first type; characterized in that: • at least two the encoded communications are received by means of at least one communication channel; • reverse secondaiy transfoiming of at least two encoded communications is peifoimed with the use of the preliminary generated data and the rules of the second type, as a result of which at least two of the primaiy transfomied communications are recovered; • reverse primary transforming of at least two primary transformed communications is peifoimed with (he use of the preliminary generated data and the rules of the first type, as a result of which the initial communication is recovered. 28. The method according to the Claims 24. 25, or 26. characterized in that: • the encoded accessoiy infoimation part containing the transformation parameters is received; • the core information part, containing the transformed information is received; • reverse secondaiy transfoiming of the encoded accessoiy information is peifoimed with the use of the preliminary generated data and the rules of the second type, as a result of which the accessory infoimation part is recovered; • reverse primary transfoiming of two encoded communications, and namely: the core information part contiiining the transformed information and the accessory information part containing the parameters of transformation, is petfoimed with the use of the preliminaiy generated data and the rales of the first type, as a result of which the initial communication is recovered; 29. Hie method according to Claim 28, characterized in that: the core information part and the encoded accessory information part are received through one and the same communication channel. 30. The method according to Claim28, characterized in that; • the encoded accessoiy infoimation is received through one communication channel. • the core infoimation part is received through the other communication channel. 31. The method according to Claims 24 and 26, or 24 and 27, characterized in that: • the encoded core information port containing the transformed information is received; • the accessoiy information part containing the parameters of transformation is received; • reverse secondary transforming of the encoded core information part is performed with the use of preliminaiy generated data and selected rales of the second type, as a result of which the core infoimation part is recovered; • reverse primary transfomiing of two encoded communications, and nomoly: the core infomiαtion part and the accessoiy information part, is performed, as a result of which the initial communication is recovered. 32. lbe method according to the C'laim 29, characterized in that: the accessory information part and the encoded core information part are received through the one communication channel; 33. The method according to the Claim 29, characterized in that: • the accessory information part is received through the one communication channel. • the encoded core information part is received through the other communication channel. 34. A method for receiving and decoding infoimation encoded according to C'laim 3 comprising the steps of: • preliminary generating data for the rules of a first type according to which the symbol values of the initial communication are primaiy transformed into specific symbols of the primaiy transfomied communication; said data being preliminary generated for the total array of symbols of the given kind of communications; • preliminaiy generating data for the rales of the second type according to which the symbol values of (he primary transformed commumcation are secondary transformed into the specific symbols of the secondaiy transfomied communication; said data being preliminaiy generated for the total anay of symbols of the given kind of primaiy transfomied communications; • receiving the encoded communication; • recovering the initial communication from the primaiy transfomied communication with the use of the preliminary generated data and the selected rules of the first type; characterized in that: • at least two encoded communications are received by means of at least one communication channel; • al least one primary transfomied communication unsubjected to the secondary transformation is received at least through the one communication channel; • reverse secondaiy transfoiming of at least one encoded communications is peifoimed with the use of the preliminary generaled data and the rules of the second type, us a result of which at least one of the primaiy transfomied communications is recovered; • reverse secondary mtemuxing of at least one of the intemuxed primary transformed communications is performed, as a result of which at least two of the primary transformed communications are recovered; • reverse primary transfomiing of at least two preliminary transfomied communications is performed with the use of the preliminaiy generated data and the rales of the first type, as a result of which the initial communication is recovered. 35. A method for receiving and decoding infoimation encoded according to Claim 4 comprising the steps of: • preliminary generating data for the rules of a first type according to which the symbol values of the initial communication are primaiy transformed into specific symbols of the primaiy transfomied communication; said data being preliminary generaled for the total array of symbols of (he given kind of communications; • preliminaiy generating data for the rales of the second type according to which the symbol values of (he primary transformed communication are secondary transformed into Ihe specific symbols of the secondaiy transfomied communication; said data being preliminaiy generated for the total anay of symbols of the given kind of primary transformed communications; • receiving the encoded communication; • recovering the primaiy transformed communication from the encoded communication with the use of the preliminary generaled dala and the selected rules of the second type; • recovering the initial communication from the primaiy transformed communication with the use of the preliminary generaled data and the selected rules of the first type; characterized in that: • at least one intemiixed encoded communication is received by means of at least one communication channel; • the remaining parts of the transfomied communication are received at least through one communication channel; • reverse intern xing of symbols of Iho intermixed encoded communications is performed, as a result of which at least one primaiy transformed communication and at least one secondary transformed communication are recovered; • reverse secondary transforming of the encoded communications is performed with Ihe use of the preliminaiy generated data and the rales of the second type, as a result of which the primaiy transfomied communications are recovered; • reverse primary transforming of all primary transfomied parts is performed with the use of the preliminaiy generated data and the rales of the fii'st type, as a result of which the primaiy transfomied communication is recovered. 36. A method for storing confidential infonnation comprising the steps of: • preliminary generating data for the rules of a first type according to which the symbol values of the initial communication are primaiy transformed into specific symbols of the primaiy transfomied communication; said data being preliminary generated for (he (olal array of symbols of the given kind of communications; • preliminaiy generating data for the rales of the second type according to which the symbol values of the primary transfomied communication are secondary transformed into the specific symbols of the secondaiy transfomied communication; said data being preliminaiy generated for the total airay of symbols of the given kind of primary transfomied communications; • primary transforming of the initial informution; • secondaiy transfoiming of the primaiy transfomied infoimation; • storing of the transformed information; characterized in that: • primaiy transfoiming of the initial infoimation is peifoimed with the use of the preliminary generated data and the rules of the first type in such u way, us a result of which ul least two purls of the transfomied infoimation is formed; • secondury transforming of at least one part of the transformed information is performed, as a result of which at least one part of the encoded infoimation is formed; • at least one part of the transfomied infoimation and at least one part of the encoded infoimation are stored separately; • data for the rales of the fii'st type and of the second type are stored separately. 37.Λ method for storing confidential information comprising (he steps of; • preliminary generating data for the rules of a first type according to which the symbol values of the initial communication are primaiy transformed into specific symbols of the primaiy transfomied communication; said data being preliminaiy generated for the total anay of symbols of the given kind of communications; • preliminaiy genei'ating data for the rales of the second type according to which the symbol values of the primary transformed communication are secondary transformed into the specific symbols of the secondary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of primary transformed communications; • primary transforming of the initial information; • secondaiy transfoiming of the primaiy transfomied infoimation; • storing of the transformed information; characterized in that: • primaiy transfomiing of the initial information is petfoimed with use of rales of the first type, in such a way as a result of which are formed at least two parts of the transformed information, and namely; a core information part (C), containing the transfomied infoimation and an accessoiy infoimation part (I 1' ) containing parameters of transformation; • secondary trunsforming of the core information purt and /or the accessory information part (F) is performed, as a result of which are formed the encoded core infoimation part or/and the encoded accessory information. • the parts formed as result of the secondary transformation and the parts unsubjected to the secondary transformation are stored separately; • data for the rules of the first type and data for the rules of the second type are stored separately. 38. Λ method for storing confidential information comprising the steps of: • preliminary generαtmg data for the rules of a first type according to which the symbol values of the initial communication ate primaiy transformed into specific symbols of the primaiy transformed communication; said data being preliminary generated for the total array of symbols of the given kind of communications; • preliminaiy genei'ating data for the rales of the second type according to which the symbol values of the primary transformed communication are secondary transformed info the specific symbols of the secondaiy transfomied communication; said data being preliminaiy generated for the total array of symbols of the given kind of primary transformed communications; • primary trunsforming of the initial information; • secondaiy transfoiming of the primaiy transfomied infoimation; • storing of the transformed information; characterized in that: • primary transforming of the initial information is performed with use of rules of the first type, in such a way, as a result of which at least two parts of the transfomied infoimation are formed; • secondary transforming is performed with use of rules of the second type, as a result of which at leusl one part of encoded infoimation is formed. • all parts of encoded information or some parts of the same and/or all parts of the primary transformed information or some purls of the same are transmitted for storing; • untransmitted parts of encoded information and/or untransmitted parts of the primaiy transfomied information are stored separately; • data for the rules of the first type and data for the rales of the second type are stored separately; 39. Λ method for storing confidential information comprising the steps of: • preliminaiy generating data for the rales of a first type according to which the symbol values of the initial communication are primary transformed into specific symbols of the primary transformed communication; said data being preliminaiy generated for the total anay of symbols of the given kind of communications; • preliminary generating data for the rules of the second type according to which the symbol values of the primaiy transfomied communication are secondaiy transfomied into the specific symbols of the secondary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of primary transformed communications; • primary transfomiing of the initial information; • secondary transforming of the primary transformed information; • storing of the transfomied infoimation; characterized in that • primary transforming of the initial information is performed with use of rules of the first type, in such a way, as a result of which are formed at least two parts of the transfomied infoimation, and namely: α core information part (C), containing the transformed information and an accessory information part (V) containing parameters of transformation; • secondaiy transfomiing of the core information part and /or the accessoiy infoimation part (I 1 ) is performed with the use of the preliminary generated data and the rules of the second type, as a result of which are formed the encoded core infoimation part or/and the encoded accessoiy infoimation. • at least one part of the primary transformed information subjected to secondary transforming and/or at least one part of the primaiy transfomied infomiation unsubjected to the secondaiy transformation are stored separately; • the remaining part of the transformed information is stored; • data for the rules of the first type are stored; • data for the rules of the second type are stored. 40. A method for encoding, transferring and storing infoimation by a subscriber and a keeper comprising the steps of: • preliminaiy generating by the subscriber data for the rales of a first type according to which the symbol values of the initial communication are primary transformed into specific symbols of the primary transformed communication; said data being preliminary generated for the total array of symbols of the given kind of communications; • preliminary generating data for the rules of the second type according to which the symbol values of the primaiy transfomied communication are secondaiy transformed into the specific symbols of the secondaiy transfomied communication; said data being preliminary generated for the total anay of symbols of the given kind of primary transformed communications; • primary transfoiming of the initial infoimation; • secondary transforming of the primary transformed information; • storing of the transfomied infomiation. characterized in that • primary transl rming of (he initial information is performed by the subscriber with use of rules of the first type in such a way, as a result of which at least two parts of the primaiy transfomied infoimation are formed; • secondary transforming of at least one of the parts of the primary transformed information is peifoimed by the subscriber with use of rales of the second type, in such a way as a result of which the at least one part of encoded information is formed; • at least one part of encoded infomiation is transmitted to the subscriber through one of the communication channels; • the parts of information unsubjected to secondary transforming are stored by the subscriber; • the received parts of the encoded infoimation are stored by the keeper; • the encoded core information part is stored by the keeper. 41. Λ method for encoding, transferring and storing information by an subscriber and a keeper comprising the steps of: • preliminaiy generating by the subscriber the data for the rules of the first type (K MV? ) transfomiing the values of symbols of the initial communication into the specific symbols of the primary transfomied communication for the total atray of symbols of the given kind of communications; • preliminaiy generating of data for the rales of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondary transformed communication for the total anay of symbols of the given kind of primaiy transfomied communications; • primary transforming of the initial information; • secondaiy transfoiming of the primaiy transfomied infomiation; • storing of the transformed information. characterized in that • primary transforming of the initial information is performed by the subscriber with use of rules of the first type in such a way, as a result of which are fomied a core infomiation part (C) and an accessoiy infomiation part (1') containing parameters of transformation; • secondary transforming of the core information part (C) is performed by the subscriber with use of rales of the second type, in such a way as a result of which the encoded core infoimation part is formed; • the encoded core information part is transmitted by the subscriber to the keeper through one of the communication channels; • an accessory information containing parameters of transformation is stored by the subscriber; • the received parts of the encoded infomiation are stored by the keeper; • the encoded core information part is stored by the keeper. 42. Λ method for encoding, transferring and storing information by an subscriber and a keeper comprising the steps of: • preliminaiy generating by each i-subscriber of data for the rales of the first type (K' V.) transfoiming (he values of symbols of (he initial communication into the specific symbols of the primary transfomied communication for the total array of symbols of the given kind of communications; • preliminary generating of individual data for the rules of the second type coupling the values of symbols of the primaiy transfomied infomiation with the specific symbols of the secondary transfomied infomiation for the total anay of symbols of the given kind of primaiy transfomied information; • primary transfomiing of the initial infomiation; • secondary transforming of the primary transformed information; • storing of the transformed information. characterized in that • individual dala for (he rules of (he second type (K coupling the values of symbols of the primary transfomied infoimation with the specific symbols of the secondary transfonned infoimation for the total array of symbols of the given kind of the primary transformed information for each subscriber are preliminary transmitted by the keeper to each subscriber; • primaiy transfomiing of the initial infomiation with the use of the preliminaiy generated data and the rules of (he first type, that are known (o (he recipient, is performed by the subscriber in such a way, as a result of which at least two parts of the primary transfoimed infoimation are formed. • secondaiy transfomiing of at least one of the parts of the primaiy transfonned infoimation with the use of the preliminary generated data and the rules of Ihe second type is performed by the subscriber, as a result of which at least one part of the encoded infoimation is recovered; • (he untransmitted part of information is stored by the subscriber; • final reverse transfomiing of the received encoded infoimation is peifoimed by the keeper used by the sender with the use of the preliminary generated data and the rules of the second type, as a result of which at least one part of the primary transformed information are recovered; • the recovered part of the primaiy transfomied infoimation is stored by the keeper. 43. Λ method for encoding, transferring and storing information by a subscriber and a keeper comprising the steps of: • preliminary generating by each i subscriber of data for the rules of the first type (Ki_vfv * 2) coupling the values of symbols of the initial infomiation with the specific symbols of the primaiy encoded infoimation for the total atray of symbols of the given kind of infomiation; • preliminary generation of data for the rules of the second type coupling the values of symbols of the primaiy transfomied infoimation with the specific symbols of the secondaiy transfonned infoimation for the total array of symbols of the given kind of primary transformed information individual for each subscriber, • primary transforming of the initial information; • secondaiy transfoiming of the primary transfoimed infomiation; • storing of the transfoimed infoimation characterized in that • individual data for the rules of the second type (K ca) coupling the values of symbols of the primaiy transformed information with the specific symbols of (he secondary transformed information for the total airay of symbols of the given kind of the primary transfonned infoimation for each subscriber are preliminaiy transmitted by the keeper to each subscriber; • primary transforming of the initial information with the use of the preliminary generated data and the rules of the first type that are known to the recipient, is performed by the subscriber in such a way, as a result of which α core information purl (C) und an accessory information part (F) containing transformation parameters are formed; • secondaiy transfomiing of the core infoimation part (C) and/or the accessoiy infoimation part (l 1 ) is performed by the subscriber with use of rules of (he second type, us a result of which un encoded core infomiation part and/or an encoded accessoiy infoimation are fomied; • the encoded core infoimation part and/or the encoded accessoiy infomiation are transmitted by the subscriber to (he keeper through one of Ihe communication channels; • the untransmitted part of infoimation is stored by the subscriber; • secondary reverse transforming of the encoded core information part and/or the encoded accessory infoimation is performed by the keeper with the use of the preliminaiy generated data and the rales of the second type used by the sender, as a result of which the core infomiation part (C) and/or the accessory information are recovered; • the recovered core infoimation part and/or the accessoiy infoimation are stored by the keeper. 44. Λ method for remote authorized control comprising transferring the command to the actuating element by means of the communication data processing and control center, as well as the further • preliminaiy generating data for the rules of the first type coupling the symbol values of the initial communication with the specific symbols of the primary transfoimed communication for the total array of symbols of the given kind of communications; • preliminaiy generating data for the rales of the second type coupling the symbol values of the initial communication with the specific symbols of the secondary transfomied communication for the total airay of symbols of the given kind of primaiy transfomied communications; • primary transforming of the initial information; • secondaiy transfoiming of the primaiy transfomied infoimation; characterized in that • a criterion of decision-making for transmitting a command to the actuating element is selected preliminary by the communication data processing and control center; • data for the rules of the first type transforming the values of symbols of the initial communication into the specific symbols of the primary transfomied communication for the total airay of symbols of the given kind of communications are preliminary generated by the communication data processing and control centre; and • generated data for the rules of the first type are preliminary transmitted to the subscriber; • data for the rules of the second type coupling the values of symbols of the primary transformed communication with the specific symbols of the secondaiy transfonned communication for the total array of symbols of the given kind of the primary transformed communication are preliminary generated by the communication data processing and control center; • data for the rales of the second type are transmitted preliminary to the subscriber by the communication data processing and control center; • initial communication containing infoimation on the operation that must be peifoimed by the executor is formed by the subscriber; • primaiy transfoiming of the initial communication for the communication data processing and control center is petfoimed by the subscriber in such a way, as a result of which at least two parts of the primary transformed communication are formed; • secondaiy transfoiming of at least one part of the primary transfonned communication is performed by the subscriber, as a result of which at least one part of the encoded communication is formed; • al least one part of the encoded communication is transmitted by the subscriber to the communication data processing and control center; • the remaining parts are transmitted by the subscriber to the communication data processing and control center; • all the transmitted parts are received by the communication data processing and control center; • secondary reverse transforming of the encoded part of the communication is performed by the communication data processing and control center with the use of the preliminaiy generated data and the rales of the second type used by the sender, as a result of which at least one part of the primary transformed communication is recovered; • reverse primaiy transfoiming of the received primaiy transfoimed parts is peifoimed by the communication data processing and control center with the use of the preliminary generaled data and (he rules of the first type, as a result of which is recovered the initial communication containing the command for the actuating element; • at least one command from the corresponding communication is selected for the actuating element by the communication data processing and control center; • in accordance with the selected criterion the communication data processing and control center makes a decision on transferring a command to the actuating element and transmits the said command to the actuating element; • the command is received and operated by (he actuating element. 45. A method for remote authorized control comprising transferring the command to the actuating clement by means of the communication data processing and control center, as well us the further steps: • preliminaiy generating data for the rales of the first type (K M V_) coupling the symbol values of the initial communication with the specific symbols of the primaiy transfomied communication for the total array of symbols of the given kind of communications; • preliminaiy generating data for the rales of the second type coupling the symbol values of the initial communication with the specific symbols of the secondary transformed communication for the total array of symbols of the given kind of primary transformed communications; • primary transfoiming of the initial information; • secondary transforming of the primary transformed information; characterized in that • a decision-making criterion for transferring a command to the act wiling element is preliminary selected by the communication data processing and control center; • individual data for the rules of the fist type (K' MV .) transfomiing the values of symbols of the initial communication into the specific symbols of the primary transformed communication for the total anay of symbols of the given kind of communications are preliminaiy generated by one of (he subscribers for a group consisting of at least two subscribers; and • generaled dala for (he rules of Ihe firsl type (K' M v ) a preliminary transmitted to the subscribers of the group; • individual dala for Ihe rules of the second type (K' M ^) coupling the values of symbols of the primary transfomied communication with the specific symbols of the secondaiy transfomied communication for the total array of symbols of the given kind of the primary transfomied communication are generated preliminary for each subscriber by the communication data processing and control center; • data for the rales of the second type (K ra) are preliminaiy transmitted to each subscriber by the communication data processing and control center; • the initial communication containing infomiation on the operation that must be done by the executor is fomied by at least one subscriber; • primary transforming of the initial communication with (he use of (he preliminary generaled data and the rales of the first type that are known to the respective recipient is performed by the subscribet- sender for at least one recipient in such a way, as a result of which are formed at least two parts of the primary transformed infomiation of different content; • secondaiy transfoiming of at least one part of the primaiy transfoimed infomiation is peifoimed by the subscriber-sender with the use of the preliminary generated data and the rules of the second type, as a result of which at least one encoded core information part is fomied; • the encoded part of the primaiy transfoimed infomiation is transmitted by the subscriber-sender to the communication data processing and control center through one of the communication channels; • the remaining part of the primaiy transfonned infomiation is transmitted by the subscriber-sender at least to one recipient through the other communication channel; • secondaiy reverse transfomiing of at least an encoded part of the primary transfoimed infoimation is perfomied by the communication data processing and control center with the use of the prolm inary generated data and the rules of the second type used by (he sender, as a result of which u part of the primaiy transfoimed infoimation is recovered; • secondary transfomiing of the recovered part of the primary transformed information is performed by the communication data processing and control center with the use of the preliminaiy generated data and the rules of the second type known to the respective recipient, as a result of which at least one new encoded part of the primary transfomied information is formed; • the respective new encoded port of the primary transformed infomiation is transmitted at least to one recipient by the communication data processing and control center, • the respective remaining part of the primary transfoimed infomiation and the new encoded part of the primary transformed infomiation are received by the subscriber -sender; • reverse secondaiy transfomiing of the new encoded part of the primary transfoimed infoimation is perfomied by the subscriber -recipient with the use of the preliminary generated data and the rules of the second type, as a result of which a part of the primary transfomied infomiation is recovered; • reverse primaiy transfomiing of the recovered and the remaining part of the received primaiy transfomied information is perfomied by at least one subscriber-recipient with the help of the respective accessoiy infoimation and respective rules of the first type, as a result of which is recovered the initial communication containing infoimation on the operation that must be done by the executor; • the communication comprising a command for the actuating element is fomied by the subscriber; • transfomiing of the communication comprising the command for the actuating element is perfomied by the subscriber with the use of the preliminaiy generated data and the rales of the second type, as a result of which the encoded communication is fomied; • the respective encoded communication is transmitted by the subscriber to the communication data processing and control center, • the communication data processing and control center receives the encoded communication, • reverse secondaiy transfomiing of the encoded communication is perfomied by the communication data processing and control center with the help of respective rales of the second type, as a result of which is recovered at least one communication containing a command for the actuating element; • at least one command for the actuating element is selected from the respective communications by the communication data processing and control center; • in accordance with (he selected criterion the communication data processing and control center makes a decision on transferring the control command to the actuating element and transmits the said command to the actuating element; • the command is received and operated by the executor. 46. Λ method for remote authorized control comprising transferring the command to the actuating element by means of the communication data processing and control center, as well us further steps: • preliminaiy generating data for the rules of the first type ( M _) coupling the symbol values of the initial communication with the specific symbols of the primary encoded communication for the total anay of symbols of the given kind of communications; • preliminaiy generating data for the rales of the second type coupling the symbol values of the initial communication with the specific symbols of the secondary transfomied communication for (he total anay of symbols of the given kind of primaiy transfoimed communications; • primary transfomiing of the initial infomiation; • secondaiy transfoiming of the primaiy transfomied infoimation; characterised in that : • a decision-making criterion for transferring a command to the actuating clement is preliminary selected by the communication data processing and control center; • individual dala for the rules of the first type (K' W ) coupling the values of symbols of the primary transfomied communication with the specific symbols of the primaiy encoded communication for the total anay of symbols of the given kind of the primaiy transformed communication are preliminary generated by one of the subscribers for (he group consisting of at least two subscribers; and • generated data for the rales of the first type ( ' MV .) are preliminaiy transmitted to the subscribers of the group; • individual data for the rules of the second type (K ^) coupling the values of symbols of Ihe primary transfomied communication with the specific symbols of the secondaiy transfoimed communication for the total array of symbols of the given kind of of the primary transfonned communication are generated preliminaiy for each subscriber by the communication data processing and control center; • data for the rales of the second type (K' MZ .) are transmitted preliminary to each subscriber by the communication data processing and control center; • the initial communication containing infoimation on the operation that must he done by the executor is fomied by at least one subscriber; • primary transfomiing of the initial communication, by means of rales of the first type that are known to the respective recipient, is perfomied by the subscriber-sender for at least one recipient in such a way, as a result of which a least one core infoimation part (C) and at least one accessory infomiation part (F) are fomied; • secondary transfomiing of at least one part of one core infomiation part (C) is perfomied by means of rules of the second type by the subscriber-sender, as a result of which at least one encoded core infomiation part is fomied; • at least one encoded core infoimation part is transmitted by the subscriber-sender to the communication data processing and control center through one of the communication channels; • at least one accessory infomiation is transmitted by the subscriber-sender to one recipient through another communication channel; • secondary reverse transfomiing of at least one encoded core infomiation part is perfomied by the communication data processing and control center by means of rales of the second type used by the sender, as a result of which at least one the core infoimation part (C) is recovered; • secondary transfomiing of at least one recovered core infomiation part by means of rules of the second type that are known to the respective recipient is peifoimed by the communication data processing and control center, as a result of which at least one new encoded core infomiation part is fomied; • the new respective encoded core infoimation part is transmitted to at least to one recipient by the communication data processing and control center, • the new respective encoded core infoimation part and the respective accessoiy infoimation is received by at least one subscriber-recipient; • reverse secondary transfomiing of (he new encoded core information part is performed by ul least one subscriber-recipient by means of rales of the second type, as a result of which the core infomiation part is recovered; • reverse primaiy transfomiing of the core infoimation part is performed by at least one subscriber- recipient by means of the respective accessory information and respective rules of the first type, as a result of which is recovered the initial communication contouring information on the operation that must be done by the executor; • the communication comprising α command for the actuating element is fomied by at least one subscriber; • secondaiy transfoiming of the communication by means of rales of the second type is peifoimed by at least one subscriber, as a result of which the encoded communication is fomied; • the respective encoded communication is transmitted by at least one subscriber to the communication dala processing and control center; • al least one encoded communication is received by Ihe communication dala processing and control center; • reverse secondaiy transfomiing of at least one encoded communication is petfoimed by the communication data processing and control center; by means of respective rules of the second type, as a result of which is recovered at least one communication containing the command for the actuating element; • at least one command for the actuating element Irom the respective communications is selected by the communication data processing and control center; • in accordance wilh the selected criterion the communication data processing and control center makes a decision on transfeiring the control command to the actuating element and transmits the said command to the actuating element; • (he command is received and operated by the actuating element. 47. Λ method for remote authorized control comprising transfening the command to the actuating element by means of the communication data processing and control center, as well as further steps: • preliminaiy generating data for the rales of the first type ( M _) coupling the symbol values of the initial communication with (he specific symbols of the primary encoded communication for the total anay of symbols of the given kind of communication; • preliminaiy generating data for the rales of the second type coupling the symbol values of the primary transfomied communication wilh (he specific symbols of (he secondary transformed communication for the total airay of symbols of the given kind of primaiy transfoimed communications; • primary (r isfom ing of Ihe initial infomiation; • secondaiy transforming of the primaiy transfomied infoimation; characterized in that: • individual data for the rales of the first type (K' MZ .), transfomiing the values of symbols of the initial communication into the specific symbols of the primary encoded communication for the total array of symbols of the given kind of communications are generated preliminary by one of the subscribers being an initiator for the group of at least two subscribers; and • generated dala for the rules of the first type K' M ^), are transmitted by the said subscriber to the subscribers of the group; • individual dala for the rules of the second type (K'm^), coupling the values of symbols of the primary transfoimed communication with the specific symbols of the secondaiy transfoimed communication for the total anay of symbols of the primary transfoimed communication are generated preliminaiy by the communication data processing and control center; • data for the rales of the second type ( ' MTJ ), are preliminaiy transmitted to each subscriber by the communication data processing and control center; • the initial communication containing infomiation on the operation that must be done by the executor is fomied by at least one subscriber; • primary transfomiing of the initial communication by means of rules of the first type thai ure known to the respective recipient, is peifoimed by the subscriber-sender for at least one recipient in such a way, as a result of which a least two parts of the primaiy transfonned communication are fomied; • sccondury transfomiing of at least one part of one part of the primary transfomied communication is peifoimed by means of rales of the second type by the subscriber-sender, as a result of which at least one encoded communication is fomied; • al least one part of the encoded communication is transmitted by the subscriber-sender to the communication data processing and control center through one of the communication channels; • the remaining part of the primary encoded communication is transmitted by the subscriber-sender to at least one recipient through the other communication channel; • final reverse Iransforming of al least one part of encoded communication by means of rules of the second type used by the sender is peifoimed by the communication data processing and control center, as a result of which at least one part of the primary transfoimed communication is recovered; • secondary transfomiing of at least one part of the primary transfomied communication by means of rales of the second type that are known to the respective recipient is peifoimed by the communication data processing and control center, as a result of which at least one part of communication encoded for the recipient is formed; • the respective encoded communication is transmitted to at least to one recipient by the communication data processing and control center, • the respective parts of the primaiy transfoimed communication and the respective encoded communicati ns are received by at least one subscriber-recipient; • reverse secondary transfomiing of the respective encoded communications is perfomied by al least one subscriber-recipient by means of rales of the second type, as a result of which the respective parts of the primaiy transfonned communication are recovered; • reverse primary transfomiing of the purls of the primary transformed communication is performed by at least one subscriber-recipient by means of the respective rales of the first type, as a result of which is recovered the initial communication containing information on the operation that must be done by the executor; • the communication containing the command for the actuating element if formed by each of at least two subscribers; • secondaiy transfoiming of the communication is perfomied by each of at least two subscribers with the help of the rales of the second type, at a result of which respective encoded communications are fomied; • respective encoded communications are transferred to the communication data processing and control center by at least two subscribers; • at least two encoded communications are received by the communication data processing and control center; • reverse secondary transfomiing of at least two encoded communications is perfomied by the the communication data processing and control center with the help of the respective rules of the second type, as a result of which are recovered al least two communications contiiining the command for the actuating clement; • at least two commands for the actuating element are selected from the respective communications by the communication dala processing and control cenler; • at least two commands for the actuating element are compared by the communication data processing and control cenler; • a respective command is transmitted communication data processing and control center to the actuating element, when a certain number of commands correspond to the preselected criterion; • the command is received and operated by the uctuating element. 48. Λ method for remote authorized control comprising transferring a command to the actuating element by means of the communication data processing and control center, as well as further steps: • preliminary generating data for the rules of the first type (K MVA ) coupling the symbol values of the initial communication with the specific symbols of the primaiy encoded communication for the total anay of symbols of the given kind of communication; • preliminary generating data for the rules of the second type coupling the symbol values of the primaiy transfomied communication with the specific symbols of the secondaiy transfoimed communication for (he total anay of symbols of (he given kind of primary transformed communications; • primary transfomiing of the initial infomiation ; • secondary transfomiing of the primary transfomied infomiation; characterized in that: • individual data for the rules of the first type ( ' M74 ), transfoiming the values of symbols of the initial communication into the specific symbols of the transfomied communication for the total array of symbols of the given kind of the initial communication are preliminary generated by the communication data processing and control cenler for each subscriber; • data on generated rules are preliminary transmitted by the communication data processing and control center to each subscriber; • dala for the rules transmitted by the communication data processing and control center are received by each subscriber; • a criterion of decision-making for transfemng a command to the actuating element is preliminary selected by the communication data processing and control center; • a communication containing a command for the actuating element is fomied by at least one subscriber; • the communication is transfoimed by at least one subscribei' by means of the generated rales, as result of which an encoded communication is formed; • the encoded communication is transmitted by at least one subscriber to (he communication data processing and control center; • at least one encoded communication is received by the communication data processing and control center; • reverse transfomiing of at least one encoded communication by means of respective rules is peifoimed by the communication data processing and control center, as a result of which is recovered at least one communication comprising a command for the actuating element; • at least one command for the actuating element is selected from the respective communications by the communication data processing and control center; • in accordance with the preliminaiy selected criterion the communication data processing and control center makes a decision on transferring the command and transmits the said command to the actuating element; • the command is received and operated by the actuating element. 49. A system for storing confidential infoimation comprises at least one subscriber device 1, a communication data processing center 2 and data transmission environment 3, characterized in that each of the subscriber devices comprises: • an input/output unit 4; • a receiving/ transfening unit (transceiver) 5; • a generator of plurality of transfoimatifor the rales of the first type 6; • a memory unit for storing of plurality of Iransformatifor the rules of the first type 7; • a memory unit for storing of plurality of transfoimatifor the rules of the second type 8; • a calculator (hal performs Iransfomiing and recovering with use of rules of the first type 9; • a calculator that peifomis transfoiming and recovering with use of rales of the second type 1 ; • a storing device for storing of the accessory infomiation containing transformation parameters 11; • a generator of plurality of Irunsibrmulifor the rules of the second type 13; • the communication data processing and storing center comprises: • an input/output unit 12; • a generator of plurality of transfoimatifor the rales of the second type 1 ; • α memory unit for storing of plurality of Iransformatifor the rules of the second type 14; • a memory unit for storing cores containing transfoimed infoimation 15; • a calculator that performs transfomiing and recovering with use of rules of the second type 16. Whereat the output of the generator 6 is connected to the first input of the memory device 7, the first input/output of the receiving/ transfeιτing unit 4 is simplex connected to the fii'st input/output of the calculator 9, the first output of the input/output unit 4 is connected to the input of the memory device 8. the second output of the input/output unit 4 is connected to the second input of (he memory device 7, Ihe second input/output of the calculator 9 is simplex connected to the first input/output of the calculator 10, the third input/output of the calculator 9 is simplex connected to the input/output of the memory device 1 1, the output of the memory device 7 is connected to input of the calculator 9, the output of the memory device 11 is connected to the third input of the memory device 7, the output of the generator 13 is connected to the input of the memory device 8, the second input/output of the calculator 10 is simplex connected to the first input/output of the receiving lransfening unit 5, the second input/output of the receiving lransfening unit 5 is simplex connected to the data transfeiring environment 3, the output of the receiving/transferring unit 5 is connected to the input of the memory device 1 1 , the first input/output of the recciving/transfening unit 12 of the communication data processing and storing center is simplex connected to the data transfening environment 3, the second input/output of the receiving/transferring unit 12 is simplex connected to the fii'st input/output of the calculator 1 , the input of the calculator 16 is connected to output of the memory device 14, the first input of the memory device 14 is connected to the output of the calculator 16, the input/output of the memory device 15 is simplex connected to the second input/output of the calculator 16. the output of the generator 13 is connected to (he second input of the memory device 14. 50. Λ system for encoding, transfening and receiving, and decoding infomiation comprises at least two subscriber devices 17, communication data proccssmg center 18 and the data transfening environment 3, characterized in that each of the subscriber devices comprises: • an input/output unit 19; • a receiving/transferring unit 20; • a recciving/transfening unit 21; • a generator of plurality of transfυrmulifor the rules of the first type 6; • a generator of plurality of transfoimatifor the rules of the second type 1 ; • a memory device for storing of plurality of iransformatifor the rules of (he first type 22; • a memory device for storing of plurality of transfoimatifor the rales of the second type 23; • a calculator lhat performs transforming and recovering with use of rules of the first type 24; • a calculator that peifoims transfoiming and recovering with use of rales of the second type 25; • a memory device for storing of initial communications 26; communication data processing center comprises: • a receiving/lransfening unit 27; • a generator of plurality of transfoimatifor the rales of the first type 6; • a memory device for storing of plurality of transformutifor the rules of the second type 14; • a calculator that peifoims transfomiing and recovering with use of rales of the second type 28. Whereat the output of generator 6 is connected to the first input of the memory device 22. the first input/output of the input/output unit 19 is simplex connected to the first input/output of the memory device for storing of initial communication 26, the output generator 13 is connected to the input of the memory device 23, the output of the memory device 22 is connected to Ihe input of (he calculator 24, the output of the calculator 24 is connected to the second input of the memory device 22, the fii'st input/outputof the calculator 24 is simplex connected to the second input/output of the memory device for storing initial communication 26, the second input/output of the calculator 24 is simplex connected to the first input/output of the calculator 25, the third input/output of the calculator 24 is simplex connected to (he first inpul/outpul of (he recciving/transfening unill 21, the first output of the memory device 8 is connected to the first input of the calculator 10, the input of the calculator 25 is connected to the output of the memory device 23, the second input/output of the calculator 25 is simplex connected to the first input/output of the receiving/lransfening unit 20, the second inpul/outpul of the receiving transferring unit 20 is simplex connected to the data Iransfening environment 3. the second input/output of the receivitιg/transfeιτing unit 21 is simplex connected to the data transfeiring environment 3, the first input/output recciving/transfening unit 27 of the conimuniculion data processing center is simplex connected lo data transfening environment 3, the second input/output of the receiving/transfeiiing unit 27 is simplex connected to first input/output of the calculator 28, the input calculator 28 is connected to the output of the memory device 14, (he input of the memory device 14 is connected to the output of the calculator 19, the output generator 6 is connected to the second input memory device 14. 51. A system for encoding, tiansfeπing, receiving, decoding infomiation and safe remote control comprises at least two subscriber devices 17, communication data processing and control centre 29 and data transfening environment 3, characterized in that the system further comprises an uctuating device 30; Each of tl e subscriber devices comprises: • an input/output unit 19; • a receiving/transferring unit 20; • a receiving/transferring unit 21 ; • a generator of plurality of trunsfom utifor the rules of the first type 6; • a generator of plurality of transfoimatifor the rales of the second type 13; • a memory device for storing of plurality of Iransformatifor the rules of (he first type 22; • a memoiy device for storing of plurality of transfoimatifor the rales of the second type 23; • a calculator that performs (runsfom ing and recovering wilh use of rules of (he first type 24; • a calculator that peifoims transfoiming and recovering with use of rules of the second type 25; • a memory device for storing of initial communications 26; • a commutator 1 ; communication data processing center comprises: • α recciving transfening unit 12; • a generator of plurality of transfoimatifor the rales of the second type 1 ; • a memory device for storing of plurality of trunsformutifor the rules of the second type 14; • a memoiy device for storing of the recovered commands 1 ; • a calculator lhat performs transfomiing and recovering with use of rules of Ihe second type 32. • a compare device 33. In this case the output of the generator 6 is connected to the first input of the memory device 22, the second input of the memory device 22 is connected to the output of the calculator 24, the output of the memoiy device 22 is connected to the input of the calculator 24, the input/output of the input/output unit 19 is simplex connected to (he first inpul/outpul of the memory device 26. the second inpul/outpul of Ihe memory device 26 is simplex connected to the first inpul/outpul of the commutator 31, the second input/output of the commutator 31 simplex connected to the fii'st input/output of the calculator 24, the third inpul/outpul of the commutator 31 is simplex connected to the first input/output calculator 25, the second input/output calculator 24 is simplex connected to the fii'st input/output of the receiving/transfening unit 21, the second input/output of the receiving transfening unit 21 is simplex connected to the data transfening environment 3, the second input/output of the calculator 25 is simplex connected the first input/output of the receiving/transferring unit 20, the second input/output of the receiving transferring unit 20 is simplex connected to the data transfening environment 3, the first input of the calculator 25 is connected to the output of the memory device 23, Ihe input of the memory device 23 is connected to the output of the generutorl3, the first inpul/oulput of (he receiving/transferring unit 12 of the communication data processing and control center is simplex connected to Ihe data trunsfening environment, the second input/output of Ihe receiving trunsfening unil 12 is simplex connected to Ihe first input/output of Ihe calculator 32, the second output of the calculator 32 is connected to the input of the memoiy device 1, the output of the generator 1 is connected to the first input of Ihe memory device 14, the second input of the memory device 14 is connected to the output of calculator 32, the output of the memory device 14 is connected to the input of the calculator 32, two outputs of the memoiy device 1 are connected to two inputs of the compare device 33, the output of the compare device 33 is connected to the input of the actuating device 30.

Inventors: MISCHENKO VALENTIN ALEXANDROVI, VILANSKY JURI V, ZAKHARAU ULADZIMIR ULADZIMIROV, MISCHENKO, VALENTIN ALEXANDROVICH, VILANSKY, JURI V., ZAKHARAU, ULADZIMIR ULADZIMIROVICH
Applicants: MISCHENKO VALENTIN ALEXANDROVI, VILANSKY JURI V, ZAKHARAU ULADZIMIR ULADZIMIROV, MISCHENKO, VALENTIN ALEXANDROVICH, VILANSKY, JURI V., ZAKHARAU, ULADZIMIR ULADZIMIROVICH
Application year: 1999
Main classification: H04L9
IPC codes: H04L9