mhurhangee/patent-ind-claim-en huggingface dataset:
A processor comprising: a plurality of processor cores (111-114) accessible based on a plurality of changeable core indices ; a core translation component having a set of registers, wherein each register is associated with a corresponding processor core of the plurality of processor cores; and a core assignment component configured to: assign a core index of the plurality of changeable core indices to each of the registers of the core translation component according to a core assignment scheme during processor initialization, wherein: a processor core of the plurality of processor cores is assigned at random as a default core for execution of processes by the processor; and one or more remaining processor cores of the plurality of processor cores are assigned based on a bus order in the processor. a plurality of processor cores (111-114) accessible based on a plurality of changeable core indices ; a core translation component having a set of registers, wherein each register is associated with a corresponding processor core of the plurality of processor cores; and a core assignment component configured to: assign a core index of the plurality of changeable core indices to each of the registers of the core translation component according to a core assignment scheme during processor initialization, wherein: a processor core of the plurality of processor cores is assigned at random as a default core for execution of processes by the processor; and one or more remaining processor cores of the plurality of processor cores are assigned based on a bus order in the processor. a processor core of the plurality of processor cores is assigned at random as a default core for execution of processes by the processor; and one or more remaining processor cores of the plurality of processor cores are assigned based on a bus order in the processor.
A method of processing audio objects, comprising: obtaining renderer-related information indicating a configuration of a renderer; determining , based on the obtained renderer-related information, a rendering difference between a first audio object and a second audio object among the audio objects with respect to the renderer; and clustering the audio objects at least in part based on the rendering difference, wherein the renderer includes a speaker renderer and the renderer-related information indicates a reference speaker layout indicating speakers at different positions and a predefined rendering scheme for the speaker renderer, and wherein determining the rendering difference comprises: determining a first set of object-to-speaker gains for the first audio object and a second set of object-to-speaker gains for the second audio object based on the reference speaker layout and the predefined rendering scheme, an object-to-speaker gain defining a proportion of the respective audio object to be rendered to one of the speakers by the speaker renderer based on the predefined rendering scheme; and determining the rendering difference based on the first and second sets of object-to-speaker gains. obtaining renderer-related information indicating a configuration of a renderer; determining , based on the obtained renderer-related information, a rendering difference between a first audio object and a second audio object among the audio objects with respect to the renderer; and clustering the audio objects at least in part based on the rendering difference, wherein the renderer includes a speaker renderer and the renderer-related information indicates a reference speaker layout indicating speakers at different positions and a predefined rendering scheme for the speaker renderer, and wherein determining the rendering difference comprises: determining a first set of object-to-speaker gains for the first audio object and a second set of object-to-speaker gains for the second audio object based on the reference speaker layout and the predefined rendering scheme, an object-to-speaker gain defining a proportion of the respective audio object to be rendered to one of the speakers by the speaker renderer based on the predefined rendering scheme; and determining the rendering difference based on the first and second sets of object-to-speaker gains. determining a first set of object-to-speaker gains for the first audio object and a second set of object-to-speaker gains for the second audio object based on the reference speaker layout and the predefined rendering scheme, an object-to-speaker gain defining a proportion of the respective audio object to be rendered to one of the speakers by the speaker renderer based on the predefined rendering scheme; and determining the rendering difference based on the first and second sets of object-to-speaker gains.
A method comprising: selecting an irreducible polynomial; generating a Fresh function based on the irreducible polynomial and an input polynomial determined by a size of an input message; computing a first fingerprint for a first shingle of data using the Fresh function; wherein computing the first fingerprint for the first shingle of data using the Fresh function comprises: splitting the Fresh function into a first Fresh portion and a second Fresh portion; splitting the first shingle of data into a first shingle portion and a second shingle portion; and computing a fingerprint for each of the first shingle portion and the second shingle portion using the first Fresh portion and the second Fresh portion, wherein the second Fresh portion uses the fingerprint for the first shingle portion as an input; generating a first Shift function, wherein the first Shift function uses the first fingerprint for the first shingle of data as an input; and computing a second fingerprint for a second shingle of data using the first Shift function. selecting an irreducible polynomial; generating a Fresh function based on the irreducible polynomial and an input polynomial determined by a size of an input message; computing a first fingerprint for a first shingle of data using the Fresh function; wherein computing the first fingerprint for the first shingle of data using the Fresh function comprises: splitting the Fresh function into a first Fresh portion and a second Fresh portion; splitting the first shingle of data into a first shingle portion and a second shingle portion; and computing a fingerprint for each of the first shingle portion and the second shingle portion using the first Fresh portion and the second Fresh portion, wherein the second Fresh portion uses the fingerprint for the first shingle portion as an input; splitting the Fresh function into a first Fresh portion and a second Fresh portion; splitting the first shingle of data into a first shingle portion and a second shingle portion; and computing a fingerprint for each of the first shingle portion and the second shingle portion using the first Fresh portion and the second Fresh portion, wherein the second Fresh portion uses the fingerprint for the first shingle portion as an input; generating a first Shift function, wherein the first Shift function uses the first fingerprint for the first shingle of data as an input; and computing a second fingerprint for a second shingle of data using the first Shift function.
A method for wireless communications by a user equipment, UE, comprising: receiving first reference signals transmitted, using a plurality of elevation beams, from a base station having a multi-dimensional array of transmit antennas; selecting , based on the first reference signals, at least one preferred elevation beam from the plurality of elevation beams; providing to the base station an indication of the at least one preferred elevation beam; wherein providing to the base station an indication of at least one preferred elevation beam comprises providing an indication of a group index of elevation beams and an offset in the group index; receiving second reference signals transmitted, using the at least one preferred elevation beam and a plurality of azimuthal ports; and providing a second stage channel feedback to the base station, based on the second reference signals. receiving first reference signals transmitted, using a plurality of elevation beams, from a base station having a multi-dimensional array of transmit antennas; selecting , based on the first reference signals, at least one preferred elevation beam from the plurality of elevation beams; providing to the base station an indication of the at least one preferred elevation beam; wherein providing to the base station an indication of at least one preferred elevation beam comprises providing an indication of a group index of elevation beams and an offset in the group index; receiving second reference signals transmitted, using the at least one preferred elevation beam and a plurality of azimuthal ports; and providing a second stage channel feedback to the base station, based on the second reference signals.
A method of producing at least one halogenated propene selected from the group consisting of 1,3,3,3-tetrafluoro-1-propene (HFO-1234ze), 1-chloro-3,3,3-trifluoro-1-propene (HCFO-1233zd), and 2-chloro-3,3,3-trifluoro-1-propene (HCFO-1233xf), said method comprising: removing water from an acid-free stream of the at least one halogenated propene with concentrated sulfuric acid to produce a composition comprising the at least one halogenated propene and at least one acid impurity selected from hydrogen fluoride (HF) and hydrogen chloride (HCl); and removing the at least one acid impurity, wherein removing the at least one acid impurity comprises passing a liquid or gas stream of the composition through a solid adsorbent bed comprising at least one acid reactive agent and at least one water absorbing agent. removing water from an acid-free stream of the at least one halogenated propene with concentrated sulfuric acid to produce a composition comprising the at least one halogenated propene and at least one acid impurity selected from hydrogen fluoride (HF) and hydrogen chloride (HCl); and removing the at least one acid impurity, wherein removing the at least one acid impurity comprises passing a liquid or gas stream of the composition through a solid adsorbent bed comprising at least one acid reactive agent and at least one water absorbing agent.
A method performed by a User Equipment UE for wireless communications, comprising: receiving a first signaling, the first signaling being a RRC signaling, the first signaling being used to indicate M first-type time window/windows in a first sub-band, the M first-type time window/windows in the first sub-band being reserved for a first-type reference signal, and M being a positive integer; and determining that it is only needed to receive the first-type reference signal in M1 first-type time window/windows of the M first-type time window/windows in the first sub-band, M1 being a positive integer less than the M; in instances in which a first set of conditions is met, a first radio signal is transmitted in a first time-frequency resource, and the first radio signal is transmitted on a Physical Random Access Channel, PRACH: wherein the first set of conditions is used to determine whether the first radio signal is transmitted; the first set of conditions comprises that the M1 is no greater than a first threshold; the first threshold being less than the M. receiving a first signaling, the first signaling being a RRC signaling, the first signaling being used to indicate M first-type time window/windows in a first sub-band, the M first-type time window/windows in the first sub-band being reserved for a first-type reference signal, and M being a positive integer; and determining that it is only needed to receive the first-type reference signal in M1 first-type time window/windows of the M first-type time window/windows in the first sub-band, M1 being a positive integer less than the M; in instances in which a first set of conditions is met, a first radio signal is transmitted in a first time-frequency resource, and the first radio signal is transmitted on a Physical Random Access Channel, PRACH: wherein the first set of conditions is used to determine whether the first radio signal is transmitted; the first set of conditions comprises that the M1 is no greater than a first threshold; the first threshold being less than the M.
A multispecific anti-human PD-1-binding molecule that comprises a Variable Heavy Chain Domain and a Variable Light Chain Domain, wherein: said Variable Heavy Chain Domain comprises the amino acid sequence of SEQ ID NO:147, and said Variable Light Chain Domain comprises the amino acid sequence of SEQ ID NO:153 .
Method for applying a continuous fiber provided with an impregnation consisting of a thermoplastic material or containing a thermoplastic material to a moving object , in particular to a structurally loaded component, wherein the continuous fiber , after impregnation thereof, is fed to a straightening device with which the impregnated continuous fiber is unidirectionally aligned with the object , wherein the impregnated continuous fiber is guided through a first channel of the straightening device , in the outlet region of which a force acting in the longitudinal direction of the first channel acts on the continuous fiber , and wherein the object is moved by a handling device and both velocity and acceleration characteristics of the moving object are transmitted to the continuous fiber to be applied, wherein the velocity and acceleration characteristics of the continuous fiber is determined by means of a measuring device and the velocity and the acceleration of the transport device are controlled as a function of determined measured values in such a way that the transport of the continuous fiber corresponds to the velocity and acceleration behavior of the object in real time and a conveying material acts on the continuous fiber in the outlet region of the first channel , via which the continuous fiber is aligned, wherein the impregnated continuous fiber is fed to a nozzle as the straightening device having the first channel surrounded by a second channel through which the feed material is fed.
A method for enabling control, by a control device , of a video camera in a video surveillance system comprising a plurality of video cameras , the method comprising: - obtaining from the control device a signature of the control device transmitted through a wireless network; - analyzing video streams generated by video cameras of the plurality of video cameras; - identifying information corresponding to the signature of the control device in a video stream generated by a video camera of the system; and - associating the control device with the video camera that generated the video stream in which information corresponding to the signature of the control device has been identified, thereby enabling control of the video camera by the control device. - obtaining from the control device a signature of the control device transmitted through a wireless network; - analyzing video streams generated by video cameras of the plurality of video cameras; - identifying information corresponding to the signature of the control device in a video stream generated by a video camera of the system; and - associating the control device with the video camera that generated the video stream in which information corresponding to the signature of the control device has been identified, thereby enabling control of the video camera by the control device.
A method of communication in a wireless communication system employing contention-based access, wherein contention procedures are required for transmissions having a duration beyond a threshold in a given duration of time, and wherein contention procedures are not required for transmissions having a duration less than the threshold in the given duration of time, comprising: selecting from a subframe two or more resource elements for control signaling, wherein the subframe includes a plurality of symbol periods and each symbol period includes a plurality of resource elements, wherein the selected two or more resource elements are concurrent resource elements included in a same symbol period, wherein the two or more resource elements for control signaling are selected so that control signaling is transmitted for less than the threshold in the given duration of time; and transmitting a code-division multiplexed resource allocation message to an access terminal , wherein the resource allocation message indicates that the selected two or more resource elements are allocated for control signaling; wherein the selected two or more resource elements are resource elements of a shared communication medium shared by the access terminal operating in a first radio access technology, RAT, and by at least one other device operating in a second RAT different from the first RAT. selecting from a subframe two or more resource elements for control signaling, wherein the subframe includes a plurality of symbol periods and each symbol period includes a plurality of resource elements, wherein the selected two or more resource elements are concurrent resource elements included in a same symbol period, wherein the two or more resource elements for control signaling are selected so that control signaling is transmitted for less than the threshold in the given duration of time; and transmitting a code-division multiplexed resource allocation message to an access terminal , wherein the resource allocation message indicates that the selected two or more resource elements are allocated for control signaling; wherein the selected two or more resource elements are resource elements of a shared communication medium shared by the access terminal operating in a first radio access technology, RAT, and by at least one other device operating in a second RAT different from the first RAT.
An adjustable steering column for a motor vehicle, comprising an actuating unit for mounting a steering shaft such that it can be rotated about a longitudinal axis , and a carrying unit , in which the actuating unit is mounted such that it can be displaced axially in the direction of the longitudinal axis of the steering shaft by means of a motorized longitudinal adjustment drive which is arranged on the carrying unit , and comprising, furthermore, a transmission device which is coupled on one side to the actuating unit and is coupled on the other side to the longitudinal adjustment drive , an energy absorption apparatus being provided which absorbs energy in the case of a displacement of the actuating unit with respect to the transmission device, a coupling device being provided which is connected to the actuating unit and which is connected to the transmission device, the connection of the coupling device to the actuating unit and/or the transmission device being canceled in the case of a crash, in the case of which a force which exceeds a predefined value acts on the steering shaft in the direction of the longitudinal axis , with the result that a movement is made possible between the actuating unit and the transmission device, characterized in that the coupling device comprises a pin-shaped holding element with a head , which holding element is fixed in a counterholder , at least one element which is connected fixedly to the transmission device or the actuating unit being arranged between the counterholder and the head , a second thickness (d) of all the elements which are arranged between the counterholder and the head being smaller, in the case of a movement of the actuating unit with respect to the transmission device, than a first thickness (D) of all the elements in the case where the actuating unit is fixed with respect to the transmission device in terms of their position relative to one another.
Method for processing interrupts in an autonomous peripheral controller for a multiprocessor computer system, said method being characterized in that it comprises the following steps: - receiving a command to execute an input/output operation and an identifier of the device from which said command is received; - executing said input/output operation linked to said received command; - obtaining said identifier of the device from which said command is received, following execution of said input/output operation linked to said received command; - identifying a recipient of an interrupt corresponding to the execution of said input/output operation linked to said received command, said recipient being identified as a function of said obtained identifier of the device from which said command is received; and - transmitting to said identified recipient said interrupt corresponding to the execution of said input/output operation linked to said received command, in which said step of identifying a recipient comprises a step of accessing an interrupt message table, said recipient is identified as a function of an interrupt vector number, and said interrupt message table comprises at least one identifier of a recipient of an interrupt, said at least one recipient identifier being associated with a pair comprising an interrupt vector number and an identifier of a device from which a command to execute an input/output operation can be received. - receiving a command to execute an input/output operation and an identifier of the device from which said command is received; - executing said input/output operation linked to said received command; - obtaining said identifier of the device from which said command is received, following execution of said input/output operation linked to said received command; - identifying a recipient of an interrupt corresponding to the execution of said input/output operation linked to said received command, said recipient being identified as a function of said obtained identifier of the device from which said command is received; and - transmitting to said identified recipient said interrupt corresponding to the execution of said input/output operation linked to said received command,
A two-photon absorption 3D printer comprising a laser source and a focusing lens supplying a laser beam focused in at least one focal volume , characterized in that it further comprises a system for deformation of the wave front of the laser beam adapted to increase the section of a focal volume without significantly increasing its depth, this system being associated with control means capable of modifying the deformation of the wave front during printing so as to modify the dimensions of said at least one focal volume.