bluuebunny/crossref_metadata_2025 huggingface dataset:
Concerning the Determination of the Geometrical Parameters of the Optical Element of a Deep-Water Surveillance System
Authors: N.A Gasratova , V.S. Zuev , M.M Trukhin
Published: April 2019

This paper is devoted to the question of determining the geometrical parameters of the most common types of the optical element of the deep-sea porthole. The considered element is to be used as part of a lighting system operable at a depth of 5000 meters. The calculation was made without taking into account the influence of temperature.Â Â
Physical Parameter Identification Algorithm Modeling for Complex Microsystem via Triangulation Functions
Authors: N. Meshcheryakova Elena , . .
Published: April 2019

This article describes the possibility of triangulation function use for the classification, analysis and identification of complex microsystem physical object parameters. They analyzed the existing methods and identification algorithms, their advantages and disadvantages are highlighted. The existing methods of triangulation are considered, the possibility of Delaunay triangulation is described for surfactant signal 3-D model development and analysis. They developed the algorithm to identify the state of an object using the triangulation function that takes into account the change of node coordinates and the length of the triangulation grid edges. They presented the visual UML model. The conclusions are drawn about the possibility of triangulation function use for the analysis of complex microsystem state.Â Â
The Phenomena of Transformation of Chemical Bond in Tungsten Wire Obtained by Radiation Technology
Authors: P. Chesnokov Boris , K. Abdrazakov Fyarid , V. Naumova Olga , V. Spiridonova Elena , V. Fedunina Tatiana
Published: April 2019

The results of experimental studies in the field of radiation materials science, in particular, the phenomenon of chemical bond transformation in metal powders subjected to ionizing radiation in producing tungsten wire are presented. The phenomenon of energy conversion of an intracrystalline chemical bond between a material and a complex, including point defects and impurity atoms, leading to a change in the structure of sinter powder crystals, has been established experimentally.Â
Calculation of 4H-SiC Schottky Diode with Breakdown Voltage Up to 3 KV
Authors: Yu.Drakin A. , B. Rybalka S. , A. Demidov A.
Published: April 2019

The current-voltage characteristic of the 4H-SiC Schottky diode for forward and reverse current direction was calculated and simulated on the base of the theory of thermionic emission and a physical analytical model based on the Poisson equation, the diffusive and continuity equations. It is shown that as follows from the theoretical calculations and calculations carried out in ATLAS that breakdown voltage of Schottky diode more than 2 kV is provided at a thickness of 4H-SiC of epitaxial layer from 18 mm. It is established that thickness of epitaxial layer from 20 mm will provide breakdown voltage of Schottky diode more than 2 kV. In addition the current-vltage characteristic for perspective Schottky diode (with breakdown voltage ~3 kV) with thickness of 4H-SiC epitaxial layer of 20 mm, p+ ring of 30 microns wide and five rings of 5 mm wide with a gap width of 2.5 mm, JTE layer of 80 mm wide. It is shown that the diode with the above specified structure can stand breakdown voltage up to ~3 kVÂ
Creation of Information Systems Design on the Concept of "Accessible Environment": Designing Systems Orienting Information in Public Places
Authors: A. Kazachkova O. , . .
Published: April 2019

This article discusses the basic principles of creating an information system design, using the example of navigation in public places, in order to create a space accessible to all categories of people, taking into account the capabilities of people with disabilities. Identified and analyzed the key tasks of the shopping center navigation system, aimed at ensuring the "accessibility" of public places, and its main components. Issues related to factors influencing the design of the navigation system itself and the design of its components, information carriers, are considered.Â Â
A Variation Study of the Bearing Designs of a Covering of the Designed Building of the II Level of Responsibility Span of 24 m.
Authors: M. Rzaeva Sabina , Lida Lida , V. Rzaeva Tatiana , V. Zonina Svetlana
Published: April 2019

In this work were considered the sequence of calculation of a metal-wooden farm of a segment outline, according to the set of rules "Wooden glued and whole wooden designs" Construction Norms and Regulations II - 25 - 80 (the joint venture 64.13330 - 2011) [1], "Steel structures" Construction Norms and Regulations of II - 23 - 81 (the joint venture 64.13330 - 2011) and Construction Norms and Regulations 2.01.07-85 "Loadings and influences" [2] for calculation of a metal farm with a trapezoid outline.The comparative analysis of calculations of loading of a body weight of farms, calculation of evenly distributed constant of the loading located on all flight, calculation of distributive snow loading is carried out. Settlement efforts in elements of farms are determined by method of cutting knots, longitudinal forces of N and the selections and check of sections of farms bending M. Derived moments are calculated in panels of the top belt. Owing to, the above-stated calculations a positive assessment of a possibility of design of the building with flight of 24 m is given, when calculating of the bearing designs on the greatest possible loadings where as a covering are offered metal-wooden segment and metal a trapezoid outline of a farm. According to the carried-out calculations, sections are picked up truly and undergo testing on all groups of limit conditions of building constructions, but after calculation of a consumption of material on designs of farms, it turned out that it is economically effective for design of the bearing designs of coverings to use a metal-wooden farm. Â Â
Modification of Thin-Film Polymer Membranes by Microwave Radiation in Ammonia Medium
Authors: D. Fazullin Dinar , A. Kharitonova Elena , V. Mavrin Gennady
Published: April 2019

In this paper, we aimed to modify thin-film microfiltration membranes of nylon and polytetrafluoroethylene (PTFE) with ultrahigh-frequency (UHF) radiation within the decimeter wave band in ammonia vapor medium. It has been found that the treatment of a nylon membrane in ammonia leads to the membrane capacity decrease from 79% to 70.8% and to membrane weight decrease by 0.52%. And they observed the decrease of membrane weight by 0.24% from the original. In general, the treatment of membranes with microwave radiation in ammonia medium leads to specific productivity increase. They revealed the decrease of emulsion separation degree after the nylon membrane treatment by microwave radiation in ammonia environment. And when the oil emulsion is separated using PTFE-treated membranes, the degree of purification from oil increases by 3.6%, and the size of the separated oil particles also decreases from 118 nm to 49 nm.Â Â
Modification of Membranes from Nylon by Microwave Radiation in Argon, Nitrogen and Atmospheric Air
Authors: D. Fazullin Dinar , A. Kharitonova Elena , V. Mavrin Gennady , A. Nasyrov Ilnar
Published: April 2019

Microfiltration thin-film membranes of nylon were treated with microwave radiation within the decimeter wavelength range in air, nitrogen and argon to increase the specific productivity and the degree of the resistant oil emulsion separation due to structural transformations in the surfaces and membrane pores. After the processing of nylon membrane in air, argon and nitrogen, the specific performance of the membranes increases during the filtration of distilled water by 1.3 times. This circumstance is connected, probably with the increase of membrane pore size. And when the oil emulsion is separated, the specific productivity is increased after the treatment in air and oxygen up to 2.3 times, and after the treatment in argon it is decreased by 2 times. The decrease in performance occurs apparently due to the crosslinking of the pores and the surface layer of the membrane. It has been established that the treatment of nylon membranes with microwave radiation in air, nitrogen and argon leads to the decrease of oil emulsion separation degree, which is explained by the membrane surface etching. The worst degree of purification makes 83% and it is observed after the separation of the emulsion with the membrane treated by microwave radiation in a nitrogen atmosphere, when the loss of membrane mass after the microwave treatment was 0.69%. The purification degree from oil is reduced in the least after the treatment in argon medium - 93, and the loss of membrane mass after treatment makes 0.26%.Â
Mathematical Model of the Controlled Object when Regulating the Working Volume of the Manipulator Pump
Authors: F. Bairamov Bulat , A. Fardeev Artur , R. Fardeev Albert
Published: April 2019

This paper describes the constructed mathematical model of the controlled object of the automated system for controlling the displacement volume of the manipulator pump. The change in pump displacement volume is performed in order to save energy by minimizing the fluid drain through the overflow valve. The use of the considered manipulator is intended in the process of automated supply of blanks to the working area of a press used in forging and hot stamping processes. The reactive forces acting on the moving parts of the mobility modules from the fixed parts of the manipulator are determined. Conversion of the useful power of the pump into the useful power of hydraulic motors is performed. This takes into account the losses using efficiency. An equation describing the mathematical model of the controlled object is obtained. This equation is represented in relative variables. The derivation of this equation and the determination of the reactive forces are made on the basis of the assumption that all transport degrees of freedom are translational. This limitation is caused by the peculiarities of the working area of the press used in technological processes of forging and hot forming of blanks. The working zone is a deep horizontal tunnel, the movement of the working object in which is possible only with translational degrees of freedom.Â Â
The Use of Information and Communication Technologies in Formation of an Inclusive Education System
Authors: V. Titkova O. , V. Efremenko V. , M. Osipova A. , I. Zhemerikina Yu.
Published: April 2019

The present article discusses the role of information and communication technologies in inclusive education in accordance with government policies and the need to obtain equal access to quality education. Also, the possibilities and advantages of ICT and their aids in optimizing learning environment are described. Particular attention is focused on the role of new information technologies in this kind of training, and their advantages and disadvantages are listedÂ
Design of Packaging Materials Based on Polylactide and Wood Filler
Authors: R. Safin R. , A. Talipova G. , R. Galyavetdinov N.
Published: April 2019

Packaging is one of the primary factors that influence the consumerâ€™s decision to purchase a product. Competent packaging design makes it possible to distinguish the product from competitorsâ€™ products, to attract the attention of the target audience, to raise the mood of the buyer,and to cause trust in the brand. Currently, packaging materials from various types of polymers are a popular and widely used type of packaging, but at the same time such materials pose a serious burden on the environment. In this regard, the development of new types of biodegradable materials for the packaging industry is relevant. The article considers the possibility of using a composite material for packing based on polylactide (PLA) and filler from crushed biomass waste. It was established that PLA packaging with the addition of 50% wood filler will provide high strength characteristics with the ability to create container packaging, as well as provide a high rate of biodegradation of used packaging, thereby reducing the environmental burden on the environment. At the same time, the cost of such a composite will be comparable to the cost of synthetic polymers obtained from non-renewable hydrocarbon raw materials.Â Â
Digital Approaches in Industrial Design
Authors: S. Ivshin K. , . .
Published: April 2019

In the present paper the digital approaches in industrial design have been developed and described, which reveals interdisciplinary connections for solving the problems of universal design, and searches for new forms of industrial products and investigates new types of industrial design of industrial products. The inversion modeling approach in stages resembles the traditional one, however, to create a surface model, the data obtained by scanning a man-made layout or prototype on a three-dimensional scanner are used. Shaping is based on the results of three-dimensional scanning, i.e. the source data is a point field or a polygonal model. Suitable for modeling a body approaching the final stage of production or for restyling the existing body shape. This approach is more laborious than the traditional one, due to the fact that you need to create a layout or have a ready prototype available, spend time on scanning, however, the maximum approximation of body parameters to a real object or layout is achieved. Criteria for choosing the inversion principle of modeling: according to TK, as a source for design data, a plasticine model, the form is not fractal, does not require changes in time and space, but is a complex closed shell.Â Â
Development of Souvenir Products with the Application of Brile's Font
Authors: I. Bratisheva Yu. , Yu. Mamedova I.
Published: April 2019

The modern world is impulsive and impetuous. Sometimes people simply do not think about people with disabilities, hence the social needs of these people are not perceived. However, there are a lot of such individualsâ€“they are born with illnesses, or acquired during life â€“these individuals are people with hearing loss, visually impaired, with disorders of the musculoskeletal system, and etc. This work developed a statuette, symbolizing 15 years of marriage for the visually impaired couples.Â Â
Application of Relief-Point Brile Font in the System of Ornamental Decoration
Authors: I. Bratisheva Yu. , A. Zyabneva O. , A.Oranskaya I.
Published: April 2019

The present article addresses the issue of psychological adaptation of environment for people with disabilities. The use of braille boldface as an ornamental design of environmental objects, which facilitates the exchange of information between people with different capabilities and the creation of emotional comfort for each person, is proposed.Â
Development of Design "Simulator for Active Musical Therapy" by Taking into Account the Principles of Universal Design
Authors: E. Milchakova N. , A. Nazarova K.
Published: April 2019

The present paper describes the process of developing and creating design of the â€œSimulator for active music therapyâ€ with adaptation for blind people. Formation and improvement of the subject-spatial environment for all social groups of the population, as well as people with disabilities (HIA) is an important task of modern society. Research in the psycho-emotional state of a person allows using various methods, such as musical influence, to provide improvements and emotional regulation of a person with a disability.Â Â
Use of Additive Technologies in Lower Limb Prosthetics
Authors: E. B Ivanova , A.V Torchinskaya
Published: April 2019

This article is devoted to the development of methods for manufacture of the receiving sleeve of the lower limb prosthesis (PNC) using additive technologies. The technique allows the most accurate transfer of geometry of the patient's stump, increases the speed of its manufacture and provides a non-contact type of interaction with the patient. The proposed development is of interest, as for orthopedic surgeons, and for specialists of companies producing PNK. The use of additive technologies helps to optimize and accelerate the technological process of manufacturing NCP at certain stages, which in turn leads to a decrease in the cost of final products and the time of their production.Â Â
Rate of Perceived Exertion of Potential Avionics Male Students and Proposed Exercises to Decrease Strain
Authors: Harridon Mohd
Published: April 2019

As a student in Aviation, particularly in the field of Avionics, one has to actuate real life practical in real life aircraft. In the field of Avionics, the electrical and electronic racks are usually located in confined and constricted spaces in the cargo bay of the aircraft. To actuate works upon these spaces requires the student to crawl and be in physically stressful position for a predetermined period. If the student could not withstand these situations, then their practical workmanship would be poor. Thus, potential student in Avionics should be fit in order to perform well during these practical sessions. This paper collected the Rate of Perceived Exertion (RPE) of high school students that aspire to be Avionics students after graduating from high school. The RPE showed whether these students could withstand or not the practical in Avionics and the results showed that high school students that are fit felt less exertion, thus more likely to perform well in their practical. The results also showed that high school students that are not fit felt more exertion thus more likely to perform poorly in their practical. This paper also laid out proposed physical exercises to decrease the strain or exertion felt.Â Â
System Integration of Finger Contracture Prevention System Device for Early Post Stroke Rehabilitation
Authors: Ahmad Ahmad , Nor Azmi Ab Patar Mohd , P.P. Abdul Majeed Anwar , Lee Hokyoo , Mahmud Jamaluddin
Published: April 2019

Physical rehabilitation is the key for recovering motor control and function for patients with neurological disorders. Conventional therapy procedures tend to be labor intensive and non-standardized, especially in the area of hand and finger rehabilitation. Robotics technology offers a way to reduce the burden of the physiotherapists in a repeatable and measurable manner. This work describes a novel finger rehabilitation approach for hand motor functions recovery targeting early acute stroke survivors using an active exoskeleton robotic device. The device is designed based on anthropometric measurement data of hand ergonomics. The device is able to assist the subject in performing flexion and extension movements. The main specification of the device includes a differential system with a current sensing element and a lead screw mechanism which allows for the self-governing movement of each finger through the usage of small actuators. The device is safe, easy to deploy, integrated with sensing element and offers multiple training possibilities. Moreover, it has been observed that the device could offer an objective evaluation of the patientsâ€™ motor function activity, suggesting its potentiality for a customized home-based therapy program for patients.Â Â
Modelling of Horizontal Flexible Plate Structure Using Artificial Bee Colony Algorithm
Authors: Sukri Hadi Muhamad , Zaurah Mat Darus Sukri Hadi
Published: April 2019

This paper presents the performance of system identification for modeling the horizontal flexible plate system using artificial bee colony and recursive least square algorithms. Initially, the experimental rig of flexible plate was designed and fabricated with all edges clamped boundary condition at the horizontal position. Then, the instrumentation and data acquisition systems were integrated into the rig for acquiring the input-output vibration experimentally. The collected data in the experiment will be used later for modeling the dynamic system of horizontal flexible plate system using system identification. The effectiveness of the developed model will be validated using mean squared error, one step ahead prediction, correlation tests and pole zero diagram stability. The estimated of the developed models were found are acceptable and possible to be used as a platform of controller development for vibration suppression of the undesirable vibration in the flexible plate structure. It was found that the artificial bee colony algorithm has performed better in this study by achieving the lowest mean squared error, good correlation test and high stability in the pole zero diagram.Â Â
A Simulated Kalman Filter Optimizer with White Hole Operator
Authors: Khairi Mohammed Suad , Muhammad Badaruddin , Azlina Ab. Aziz Nor , Hidayati Abdul Aziz Nor , Ab Rahman Tasiransurini , Subari Norazian , Saberi Mohamad Mohd , Ibrahim Zuwairie
Published: April 2019

The simulated Kalman filter (SKF) is a population-based optimization algorithm that was developed based on a well-known estimator called Kalman filter. Meanwhile, a white hole operator has been recently introduced to prevent premature convergence in black hole algorithm (BHA). The computation of white hole operator begins by selecting the worst agent as the white hole with event horizon. If an agent is located within the event horizon of white hole, the agent is pushed by the white hole. In this study, the white hole operator is used to improve the effectiveness of the SKF optimizer. A comprehensive experiment is done to evaluate the proposed SKF with white hole operator (SKFWH).Â Â
Tool Life and Surface Roughness of A390 Aluminum Alloy in Milling Process Under Dry and Cryogenic Conditions
Authors: Othman K. , A.Ghani J. , Afifah J. , A.Rahman H. , H.Haron C. , S.Amin N.
Published: April 2019

Aluminum alloy is a lightweight material with high strength-to-weight ratio, low thermal expansion, excellent castability and is applied for heavy wear applications. Recent trends in machining research aimed for improving process and product performance by understand the effect of different cooling/lubrication techniques on machining execution. The milling of A390 Al-Si alloy under dry and cryogenic conditions was investigated and liquid nitrogen (LN2) was used as the cryogenic media. The experimental trial were performance with cutting speeds at 250-350 m/min, feed rates at 0.02-0.04 mm/tooth, radial depth of cut at 12.5-25 mm, and the axial depth of cut was kept constant at 0.3 mm using a coated carbide cutting insert. The results outcomes indicate, an application of cryogenic machining had improved the surface roughness, and there was higher tool life as compared to dry cutting condition. The utilization of cryogenic cooling technique had increased the tool life more than 50% and improved the surface roughness more than 40% as compared with dry condition. It is suggested to the machining industry to consider the application of LN2 as the cryogenic media to have better machinability in machining A390 Al-Si alloy.Â Â Â
A Hybrid Bootstrapping Approach for developing Odiya Named Entity Corpora from Wikipedia
Authors: Biswas Sitanath , Dash Sujata
Published: April 2019

Named Entity Recognition (NER) is considered as very influential undertaking in natural language processing appropriate to Question Answering system, Machine Translation (MT), Information extraction (IE), Information Retrieval (IR) etc. Basically NER is to identify and classify different types of proper nouns present inside given file like location name, person name, number, organization name, time etc.Â  Although huge amount of progress is made for different Indian languages, NER is still a big problem for Odiya Language. Odiya is also a resource constrained language and till today, this is very tough to find out a large and accurate corpus for training and test. Therefore in this paper, we have utilized Wikipedia to develop a huge Odiya corpus of annotated name entities which is quite efficient to be training dataset further. After evaluation, we have got a very promising result with a F-score of 78.89.Â Â
Automated Prediction of Critical States of Turbogenerators During Thermal Expansion of a Rotor and a Stator Based on a Recurrent Neural Network
Authors: Aleksandrovich Akimov Dmitry , Aleksandrovich Pavelyev Sergey , Dmitrievich Ivchenko Valery
Published: April 2019

The present article is devoted to the development of a method and its software implementation for forecasting the critical states of a turbogenerator and its design elements that arise during starting-up & adjustment works and stopping a turbine. The method is based on a short-term prediction of the image of the spectrogram of vibrations during thermal expansion of the rotor and stator. The dependence of the increase in the vibration level in the spectrum with the failure of the turbogenerator design element is substantiated. The model takes into account the influence of thermal expansion on critical states. The technique of training a deep neural network is given in the classification of thermal influences on the level of vibration while a spectrogram receiving. For machine learning of a neural network in software, a recurrent autoencoder is used. The technique of operation is with a time sequence of spectrograms. To test the model is introduced the concept of semantic quality of clustering. Semantic quality, determined as the degree of correspondence between the information that can be extracted from the obtained cluster structure and the formalized presentation of the user. The interpretation of the results of the discovery of turbine generator defects is presented.Â Â Â
Leadership Abilities of a Military Manager, Professionalism of a Commander as the Guarantee of the Practice of Effective Activi-ty of a Military Organization
Authors: Bakhov Ivan , Ryzhykov Vadym , Kolisnyk Oleh
Published: April 2019

In their paper, the authors studied sequence of development and importance of leadership, military management as the basis of effective management of the military organization. The emphasis was placed on the managerial qualities of a modern military commander as a leader of a military organization. Leading talent for military commanders was announced on the example of Sun Tsu and Alexander Suvorov. It is stated that charismatic leadership as a special type of leadership is based neither merely on the law and the constitution as in legitimate leadership, nor on tradition as in traditional leadership, but solely on the special talent of a charismatic leader capable of enchanting and leading a mass of people. The authors suggested three groups of elements of the leader's image in relation to the political leader are outlined, namely, personal characteristics â€“ physical, psycho-physiological features, his character, type of personality, individual style of decision making; social characteristics â€“ the status of a leader associated with the official position, as well as related to the origin, wealth, etc. in the paper it is singled out the main psychological and pedagogical properties of the military commander and his functions in modern military management.Â Â Â
Scientific and Methodological Basics of Formation of Preschoolersâ€™ Readiness for Social and Personal Orientation
Authors: V. Barcaeva E. , V. Ryabova N. , V. Zolotkova E.
Published: April 2019

The article deals with the theoretical justification and development of a model of the formation of readiness for social and personal orientation of preschoolers, as well as the evaluation of the pedagogical conditions of such formation. The leading approaches to studying the problem are the social and cultural approach, the system approach, the activity approach, and the anthropological approach that constitute the theoretical and methodological basis of the readiness under consideration.The article presents the theoretical review of the literature related to the problem of formation of readiness for social and personal orientation of preschoolers at additional education institutions. The definitions of the following terms are given: "social and personal orientation", "readiness for social and personal orientation of preschoolers", and "formation of readiness for social and personal orientation of preschoolers". The article describes the main components of the structure of readiness for social and personal orientation of preschoolers â€“ personal, cognitive, and activity components. The model of the formation of readiness for social and personal orientation of preschoolers at additional education institutions is elaborated. The main components of the model â€“ theoretical and methodological, target, content, process, and resultative and evaluative â€“ are presented and characterized in detail. The pedagogical conditions of implementing the model are justified and tested. The results of the summative and formative assessment and the control experiment are presented and analyzed. The pilot testing was carried out at additional education institutions in Saransk, Republic of Mordovia. The theoretical analysis of the literature on the topic and the empirical methods have been used in the research.The relevance of the research aimed at studying readiness for social and personal orientation of preschoolers at additional education institutions is defined by the fact that the obtained results contribute to the successful social orientation of children of this category in society.Â Â
Cognitive Information Systems for Protection of Museum Complexes
Authors: Valentinovich Bogdanov Aleksey , Gennadievich Malygin Igor
Published: April 2019

The paper considers the conceptual provisions of building a promising cognitive information security system of the museum complex on a cyber-physical basis. The stratified model of cognitive information security system of the museum complex was presented. It was shown that the key technological platform for the security of the museum complex is information and network technologies integrated (converged) with the technologies of industrial artificial intelligence. The generalized structural scheme of the cognitive cycle of the information security system of the museum complex was considered. The characteristic of the basic processes realized in a cognitive contour was given.Â Â Â
Automating the Process of an Oil and Gas Company Property Management: Regulatory and Economic Aspects
Authors: Grigorievna Bondarenko Tatiana , Yuryevich Annenkov Aleksey , Arbievich Khalidov Ibragim , Uvaysovich Soltakhanov Anzor
Published: April 2019

In this article, the authors consider the modern principles and features of maintaining the oil and gas company equipment database in the ERP system for the growth of the efficient use of property assets in oil and gas companies with a view to establishing common methodological principles and approaches thereto, and the formation of management reporting in these companies and their subsidiaries. The proposed methodology establishes the unified requirements to the management accounting and the formation of a system of effective use of assets of an oil and gas company in modern conditions, allowing to modernize and repair each technological process of the oil and gas companies both in a staged manner and, in general, and to timely receive management information for each technological process or for each business unit regarding the use of property assets of an oil and gas company. The article describes the prototype model for the classification and grouping of the company property, which can be implemented in modules on SAP or Oracle platforms in order to visualize methodology of the future system implemented on directories of a unified budget classifier. It was argued that the primary goal of the ERP system implementation was the creation of an understandable and functional system of the company asset management that would allow a much more efficient budget planning to optimize stock balances, costs for repairs, investment costs, in other words, would improve the efficiency and transparency of the entire workflow.Â Â Â
Security between Dehumidify Dryers and a Monitoring Server in Plastic Manufacturing Control
Authors: Mun Lee Byung , . .
Published: April 2019

When moisture over an allowable range is included in material during the plastic manufacturing process, a defective product might be produced, hence management of the dehumidifying dryer process is needed. Therefore, to maintain the materialâ€™s optimal humidity, a dehumidify dryer measures data in real time and transfers the data to a server; based on the measurement results, it suggests a smart factory model for appropriate control. However, even if the data is accurately measured, if its integrity and confidentiality are not maintained during the transfer process, control data sent to a dehumidify dryer can cause unintended malfunctions. Therefore, this study suggests an overall encryption mechanism that can maintain the integrity and confidentiality of data at the same time during the transfer process. We confirmed through an experiment with this mechanism that when data is damaged or altered during a transfer process, a person can check this. We expect that the method suggested in this paper will help the productivity of the plastic manufacturing process to increase and defective product rate to decrease.Â Â
Microbial Consortium for Processing Secondary Collagen-Containing Raw Materials into Feeds for Farm Animals
Authors: M. Dragunova M. , V. Pozdnyakova A. , K. Asyakina L. , V. Kriger O. , S. Velichkovitch N. , V. Kozlova O. , S. Milentieva I. , Y. Prosekov A.
Published: April 2019

In recent years, the problem of processing and rational use of the secondary raw materials of the meat industry is becoming relevant all over the world. Pork skin or wastes accumulate in significant quantities at meat-packing plants and slaughter houses in livestock farms. There are various technologies for processing collagen-containing raw materials, but their widespread introduction to enterprises is constrained by high cost. One of the effective approaches to solving this problem is the processing of collagen-containing wastes of pig complexes by biotechnological methods. For these purposes, compositions of consortia based on yeast have collagenase activity: Clavispora lusitaniae Y-3723, Candida utilis Y-263, Candida lipotica Y-3153, Candida lipotica Y-3157, Candida arthrobotrys F-1138. The compositions of nutrient media for co-cultivation of yeast were selected: temperature, pH, duration of cultivation. It was found that the degree of biodegradation of collagen-containing raw materials under the action of the consortia is 89.7%. The mass fraction of protein in the hydrolysates of collagen-containing raw materials is 78.15%, which opens prospects for their use as feed for farm animals.Â Â
Brand in the Philosophical Sense: from Object to Person
Authors: Dydrov Artur , Nevelev Anatoly , Neveleva Vera , Milyaeva Ekaterina , Penner Regina , Solomko Dmitry
Published: April 2019

Under the influence of the values of Western European civilization, the life of contemporary human has been gradually shifted from the supremacy of the practices of material consumption to the practices of self-realization. It is interesting to understand the phenomenon of brand, which goes beyond researches in economics and marketing (D. Aaker, J. Trout and D. Ogilvy). Brand is able not only to take away the individual's world but also helps the individual to stand out, to overcome the ordinary life through brandâ€™s universality which contributes to the establishment of mutual understanding between people. Philosophical anthropology and its theories by H. Marcuse, J. Ortega y Gasset or E. Fromm can become the basis for a new interpretation of brand as a socio-cultural phenomenon that plays a significant role in the human everyday life. The authors substantiate the thesis that brand and human-brand, in particular, can be tools of assembly and can be used as a reference for other people, can overcome the crisis of the identity of modern human.Â Â
The Approbation of a Mathematical Model of the Influence of Three-Level Semantic Representation of an Educational Mes-sage on the Dynamics of Students' Creativity
Authors: Gafarova Yelena , Belevitin Vladimir , Korchemkina Yuliya , Smyrnov Yevgen , Khasanova Marina
Published: April 2019

The article presents the description and approbation experience of a mathematical model of three-level semantic representation of training signals. The results of approbation indicate a significant impact of the ternary nature of training signals on the dynamics of the changes in the verbal creativity indicator.Â Â Â
Studying the Effect of New Didactic Tool on the Effectiveness of Educational Activity
Authors: Yurievna Glazkova Irina , Mikhailovna Litvinova Tatiana , Mikhailovna Kolomiets Olga , Alexandrovna Smyslova Olga
Published: April 2019

This article presents the results of studies devoted to assessing the survival of students' knowledge, regardless of their basic training. The study was conducted based on two groups of specialists, recertified under the program "Pharmacy management and economics" at the Pharmacy Department of Sechenov First Moscow State Medical University. Some of the specialists of the experimental groups had been previously trained at the Pharmacy Department of Sechenov First Moscow State Medical University in 2012-2013 using a new developed didactic tool named "Activity Book". According to the results obtained, the skills acquired by the specialists trained using on "Activity Book" in 2012-2013, were characterized by higher "survivability".Â Â
Facilitation Technologies in the Process of Understanding of the Writerâ€™s Biography
Authors: Ivanovna Grakhova Svetlana , Anatolievna Okisheva Karina , Mikhailovna Zakharova Irina , Viktorovna Potanina Aleksandra
Published: April 2019

The article presents the methodology of organizing educational activities to study a writerâ€™s biography with the help of facilitation approach. A key aspect of the paper is the group work model, i.e., â€œThe World CafÃ©â€ which allowed the authors to process and comprehend a large amount of information about F.M. Dostoevsky, share it with students, and plan further work on the study of his creative writing.In addition, the article identifies important concepts in the comprehension of the first part of the posthumous biography â€œThe materials for the biography of F.M. Dostoevskyâ€. The compiler of the biography was O.F. Miller, a professor of literature in St. Petersburg University (Russia), critic, publicist, and a famous educator of the 19th century. Interestingly, â€œMaterials for the biography of F.M. Dostoevskyâ€, published in 1883, were not fully republished and did not receive sufficient scientific understanding until 2010, even though the work of O.F. Miller remained the main source the experts studying F.M. Dostoevsky. Of much importance is the fact that some parts of â€œMaterials for the biography of F.M. Dostoevskyâ€ appeared on the Internet only after 2012. This paradox highlights the importance of the research describing the biography.Â  In 2010, the personal history â€œMaterials for the biography of F.M. Dostoevskyâ€ became an integral part of the academic thesis by K.A. Okisheva â€œF.M. Dostoevsky and O.F. Miller: the history of relationshipsâ€. Our present study highlights the importance of biographies for the education of young generations. Our major concern is the methodology, according to which personal historyâ€™s information serves as an essential part of roundtable discussions which simultaneously target the acquisition of F.M. Dostoevskyâ€™s biography and innovative classroom activities.Â
Design of Wireless Vital Signs Monitoring System for Indoor Monitoring Activity
Authors: T. Daely Philip , Rizal Achmad , Hadiyoso Sugondo
Published: April 2019

Patient vital signs monitoring is an important activity in medical field, the situation in real medical facility usually does not allow for continuous monitoring. In a medical facility such as hospital or health care center, the patients outnumbered the staffs which makes it difficult to focus on each patient at a time. This problem can decrease chance to efficiently and effectively detecting medical condition. In this paper, we propose a wireless vital signs monitoring system, where multiple patients can be monitored at the same time. The system consists of two parts: Sensor Device to detect and measure patient's vital signs and Monitor Device to present the sensors' measurement result. We use ZigBee protocol for data transmission between devices. We compare our system to previous work to showcase the advantages of our work. We present the performance results related with the ZigBee communication and the display of Graphical User Interface (GUI). The results show that the system is capable of carrying out vital sign monitoring in indoor scenario with interactive measurement display that can help monitor multiple patients simultaneously.
Rainfall Information System Based on Weather Radar for Debris Flow Disaster Mitigation
Authors: Indri Hapsari Ratih , Aponno Gerard , Andrie Asmara Rosa , Oishi Satoru
Published: April 2019

Rainfall-triggered debris flow has caused multiple impacts to the environment. It. is regarded as the most severe secondary hazards of volcanic eruption. However, limited access to the active volcano slope restricts the ground rain measurement as well as the direct delivery of risk information. In this study, an integrated information system is proposed for volcanic-related disaster mitigation under the framework of X-Plore/X-band Polarimetric Radar for Prevention of Water Disaster. In the first part, the acquisition and processing of high-resolution X-band dual polarimetric weather/X-MP radar data in real-time scheme for demonstrating the disaster-prone region are described. The second part presents the design of rainfall resource database and extensive maps coverage of predicted hazard information in GIS web-based platform accessible both using internet and offline. The proposed platform would be useful for communicating the disaster risk prediction based on weather radar in operational setting.
Study of E-mail Data Services based on Delay Tolerant Network in The Riau Province Border Region
Authors: B. Kharisma Oktaf , E. Laumal Folkes , A. Cahyanto Triawan , Ermayanti Susilo Dwi , W. Sudarmadji Petrisia
Published: April 2019

Indonesia is an archipelagic country that is geographically unique, where most of the land has uneven land contours because it consists of mountains and valleys. This condition is one of the causes of the inequality of information dissemination even though the ICT infrastructure has supported and internet services are also available. Topographical factors and inequality of information dissemination pose digital deviations in the community, especially border areas in Riau Province which have not been able to enjoy internet services in some of the regions. Even though the process of data transmission to other regions is needed by both government agencies placed in border areas and the general public who need internet services for data transmission (text, audio, and video). Delay Tolerant Network (DTN) technology is a network protocol that allows communication networks to be applied in extreme environments that have long delay characteristics, high loss rates, and low connectivity levels. With DTN, internet services can be implemented and presented cheaply using only DTN Router which will move to areas that are not reachable by the internet and collect email data digitally. Furthermore, DTN Router and processes every transmission request from/to the border regions with extreme topography. By using the Flooding method applied to the DTN protocol, testing of e-mail data packet transmission from simulations at several locations in Riau is considered to have high data loss. Testing modeled by several computers with DTN, doing a bundle of data packages, transmitting to destinations and assessing the efficiency of their success. The test results show that the data transmission process in extreme areas using DTN protocol, Indicates that the larger the size of the file sent. So, the greater the time needed for data transmission. Approximate of time is needed of transmission data of the 95MB file that is 4,1 second..
The Development of Classification System of Student Final Assignment Using Naive Bayes Classifier Case Study: State Community Academy of Bojonegoro
Authors: Yoga Saputra Pramana , Yunhasnawa Yoppy , Fatmila Windy , Rahutomo Faisal , Andrie Asmara Rosa , Wahyu Wibowo Dimas , Rohadi Erfan , Siradjuddin Indrazno , Setiawan Awan , Hafidh Ayatullah Ahmad , Rahmad  Syulistyo Arie , Cahyandari Dewi , . .
Published: April 2019

In determining interest, students are faced with the choice of specialization in determining the final field of interest. Specialization in the Information Management Study Program of State Community Academy of Bojonegoro is divided into five specializations. The choice of specialization groups is an important part. This is because the accuracy in choosing specialization groups is part of the initial plan of students to determine the final assignment project. Thus, the field of specialization taken will be in accordance with the interests and abilities of the students and will have an impact on the process. In this work, we propose a system that can provide information about the classification of student final assignments. We use Naive Bayes Classifier (NBC) algorithm to do the classification. In this work, we used datasets, that obtained from the State Community Academy of Bojonegoro Informatics Management Study Program. Based on the accuracy testing of the classification results, the system gives higher result, than test manual calculation of 83.33%.
Healthy Life-Style of Students: Sociological Approach
Authors: Panachev Valery , Zelenin Leonid , Opletin Anatoly , Legotkin Aleksandr , Ovchinnikov Viktoria
Published: April 2019

The ancient Greek philosopher Plato called movement as â€œsalutary part of medicineâ€, while writer and historian Plutarch â€“ as â€œstorehouse of lifeâ€. Do we always apply efforts in order this â€œstorehouseâ€ be full? Today in the age of scientific-technological progress large-scale utilization of manual labour has been practically disappeared and there has been opened the door for the so called â€œdiseases of the centuryâ€. The analysis of the results of studentsâ€™ health and healthy life-style problems study has been presented in the article. The role of physical culture and of the department of physical culture in this process has been determined. The ways of universityâ€™s educational environments resources stirring up for this problem solution have been outlined. Many people try to fully protect themselves against physical activity. They think that the less physical activity the healthier they become. Many students try to make their physical activity less thereby breaking their health. In any ways they try to obtain health certificates in order not to attend physical culture lessons and practically in all cases they get moral support of parents and what is the worst of doctors.Â Â  Â