Information storage (G11)

G   Physics(393877)
G11            Information storage(18772)

Semiconductor memory device // 2641478
FIELD: physics.SUBSTANCE: semiconductor memory device capable of performing the first mode with the first delay and the second mode with the second delay, greater than the first delay, contains a block of pads configured to accept external address and command; the first delay circuit configured to delay the address at the time corresponding to the first delay; the second delay circuit including shift registers connected in series and configured to delay the address at the time corresponding to the difference between the first delay and the second delay; and a controller configured to use the first delay circuit and the second delay circuit when executing the second mode, wherein the first mode and the second mode are write operations or read operations, the controller is able to perform one of the first mode and the second mode.EFFECT: reducing the number of shift registers used for the delay.12 cl, 32 dwg

ethod and system for providing service of 4d content production and device for production of content for it // 2641236
FIELD: information technology.SUBSTANCE: system is proposed for providing service of 4D content production, which includes: the target device, configured with the ability to transmit content source that includes at least one of the images, text and video, information of descriptions and information of video duration, content reception, video and special effects codes, special effects code selection, corresponding to each interval of content playback, and transmission of special effect selection information, indicating the selected special effects codes; and device for content production, configured with the ability of producing content by using the content source based on the information of descriptions and video duration information, received from a target device, transfer of produced content and special effects codes to a target device, selection of special effect selection information from the target device and the generation of 4D content.EFFECT: user s able to produce 4D content by participating in its selection.11 cl, 4 dwg

ethod, device and terminal for forming video effects // 2640735
FIELD: physics.SUBSTANCE: method is implemented by instructions on the formation of video effects; perform formation effects of accelerated or slow motion on video to be processed in accordance with the instructions on the formation of video effects during playback of the video to be processed. Formation of slow-motion and fast-motion video effect includes determining the number of movements on video, to be processed in accordance with the instructions on the formation of video effects, and getting the absolute values motion vectors all preconfigured units in each frame of video footage to be processed.EFFECT: increase the effectiveness of the formation of video effects.16 cl, 12 dwg

Three-dimensional addressing for erasable programmable read-only memory // 2640631
FIELD: information technology.SUBSTANCE: three-dimensional addressing for erasable programmable read-only memory (EPROM) may include a number of EPROM banks, a number of shift registers, an information signal of line selection, an information signal of column selection and an information signal of bank selection.EFFECT: expansion of the arsenal of technical means of the same purpose.15 cl, 4 dwg

ethod of recording and recording apparatus for memory device // 2640294
FIELD: physics.SUBSTANCE: method of recording intended for the storage device, where n numerical values to be recorded are received; n bits corresponding to these n numerical values to be recorded and information on the constant faults contained in those n bits are determined; these n bits are grouped in the B bit groups by the grouping method by regulating the interval between two adjacent bits in the same group, so that B bit groups satisfy the grouping condition, and, when these n bits are a two-dimensional array consisting of B rows and A columns, any two bits that belong to the same group were in different rows and columns or in the same row; and, accordingly, these n numerical values are recorded in accordance with information on the constant fault that is a part of each bit group in the B bit groups and a numerical value to be recorded and which corresponds to information on the constant fault that is a part of each bit group in the B bit groups.EFFECT: prevention of the recording error caused by a constant fault in the memory device.16 cl, 6 dwg, 5 tbl

Generator of clock signals for digital circuit // 2639697
FIELD: physics.SUBSTANCE: processor device comprises a digital circuit and a clock generating mechanism configured to generate a clock signal, wherein the clock generating mechanism comprises a millimetre wave generator, the generator comprising an extremely high frequency transmitter (EHF).EFFECT: reduction in the amount of heat produced and a reduction in energy consumption.21 cl, 2 dwg

Removal management within memory system // 2638006
FIELD: information technology.SUBSTANCE: there is a method for the nonvolatile memory system management, where in answer to the receiving of the notification that the data that are saved in the field of the saving boxes within the nonvolatile memory system, comprise the data that are not intended for use, the system saves the data that are not intended for use and marks this field as carrying the data that are not intended for use; and one manages the time, in the course of which the saving boxes field is in the removal condition, performs the temporary stoppage of the removal operation of the data that are not intended for use, removes the data that are not intended for use in reaction to the detection of the necessity to save the replacement data within the nonvolatile memory system.EFFECT: length of service and device availability enhancement.25 cl, 9 dwg

Programmable logical device // 2637462
FIELD: radio engineering, communication.SUBSTANCE: device contains: two overlapping transmitting transistors in the first group, the first group of transistors of disable settings, the second group of transistors of disable settings, the second group of the setting inputs, the second output inverter, the second device output, wherein the second device output is connected to the second output of the output inverter, the input of which is connected to two duplicate transmitting transistor sinks in the first group, the source of the first of them is connected to the source of the second transmitting transistor of the first group of the transmitting transistors, the source of the second of them is connected to the source of the first transmitting transistor of the first group of the transmitting transistors, a gate of the first duplicate transmitting transistor of the first group of the transmitting transistors, a gate of the second duplicate transmitting transistor of the first group is connected to the gate of the second transmitting transistor of the first group of the transmitting transistors, the sources of the first group of transistors of disable settings are connected to the relevant inputs from sixteen setting inputs.EFFECT: increasing the accuracy of data transmission.2 dwg, 3 tbl

Device for storing and transmitting data with error detection // 2637426
FIELD: physics.SUBSTANCE: method is implemented by means of encoding the source binary information on the basis of organisation of independent inspections and due to the introduction of the input encoding unit 2, the output encoding unit 3, the error identifying unit 4, the unit 5 of AND elements, of AND element 6, the unit 7 of OR elements. The result is achieved by detecting 100% of single and maximum number of double errors (7.5%) with minimal information redundancy.EFFECT: increasing the reliability of the device.1 dwg, 2 tbl

ethod of increasing banding strip in station remembering devices // 2636670
FIELD: radio engineering, communication.SUBSTANCE: device contains at least two data channels; At least two memory chips installed one on top of another in the form of a stack. The memory chips include at least two memory units and at least a portion of the first data channel and a second data channel portion; And at least the first and second chip-chip connections. The first chip-chip connection is configured to connect the respective portions of the first data channel included in the first and second memory chips to form a first data channel, and the second chip-chip connection is configured to couple corresponding portions of the second transmission channel data included in the first and second memory chips to form a second data channel. Each of the communication channels thus formed is selectively connected to the first and second memory units included in the first chip of the memory and to the first and second memory units included in the second memory chip. Each of the memory units included in the first memory chip is configured to provide data into one channel from the formed data channels, and each of the memory units entering the second memory chip is configured to provide data to another channel from the generated data channels.EFFECT: increase the data transfer speed and system memory bandwidth.25 cl, 10 dwg

Device for processing magnetic recording media and method of controlling thereof // 2636264
FIELD: physics.SUBSTANCE: magnetic recording medium processing device has an excitation power supplying unit (521) for supplying excitation voltage (VCC), a reference potential unit (522), and a resonance excitating unit (523) including a resonant circuit, in which the inductor coil (L51) and the capacitor (C51) are connected between the first node (ND52) and the second node (ND53), a resonant unit (511), in which the first node receives excitation voltage and the second node resonates, when connected to the reference potential unit (522) for generating the magnetic field, and an excitation switching element (DSW51), which is connected between the second node (ND53) in the resonant unit and the reference potential unit (522), and for which it is possible to switch between a conductive state and a nonconductive state according to the control signal (CTL) to switch the connection status of the second node in the resonant unit and the reference potential unit between the connected state and disconnected state.EFFECT: harmful effect on reading magnetic data is reduced, and illegal obtaining of magnetic data is prevented.15 cl, 15 dwg

ethod of generating pseudo-random binary sequence // 2634233
FIELD: physics.SUBSTANCE: method characterized by using a combinatorial device based on an n-bit electronic wheel (EW) - binary oscillator from a shift register (SR) and an adder by module two (Am2) covered by controlled feedbacks (FB), for each of which its own, different from other modes, chain of codes is generated, a pseudo-random binary sequence (PRBS) of the maximum possible length for the given generator without macro-repeaters is obtained, for which a composite PRBS is generated - a composite chain of codes from the corresponding private PRBS - private chains of codes generated alternately in each of the possible modes of the generator operation.EFFECT: constructing the pseudo-random binary sequence generators with a large code cycle.3 cl, 4 dwg

ethod of storage and use of binary information // 2634227
FIELD: physics.SUBSTANCE: method comprises of the steps of writing the code of the initial state of the combinatory memory device (CMD), assigning the direction of the shifts to the left or right, and at the additional input of the half adder, a constant logical zero or logical unit is assigned. When reading a specific code from the CMD and simultaneously with the signal "referencing" as an address a corresponding code of shift number is sent to the input of the control unit (CU) of the CMD and then to the readout counter. Under the control of the CU and in the presence of the "referencing" signal the number of shifts is counted by the readout counter and implemented on the CP. After the CU shifts "readout" signal is issued, based on which the necessary information is read out from the CP outputs. Then the CU is set in the initial state of the CP and memory elements are set for the next reading. For recording in the CMD simultaneously with the "referencing" signal a code of the recorded information is provided to the CMD. The CU determines the storage address of this information, which is determined by the number of CP shifts from its initial state using the record counter. The code of the recorded information is compared with the CP code. In the absence of equality, the CP reading is modified by one shift and they add a unit to the record counter until a comparison is completed which is the completion of the information recording process, after which the CU provides a code of the corresponding number of CP shifts as the address of the recorded information from the output of the record counter and at the same time a "record" signal.EFFECT: providing the ability to quickly memorize and read arbitrary n-bit information.1 dwg

Semiconductor memory device // 2634217
FIELD: physics.SUBSTANCE: device contains memory blocks, each of which includes an array of memory cells; word lines connected to the lines of each of the memory blocks; an address latch-circuit configured to capture a complete address for determining one of the word lines, wherein the full address includes the first address and the second address; and a control circuit configured to ignore the reset operation for the first address as the target of the setup operation and to rewrite the first address in accordance with the setup operation upon receiving the first instruction for determining the reset operation for the storage unit and the setting operation for the first address.EFFECT: implementing a memory device that is capable of high-speed operation and has a large capacity.14 cl, 10 dwg

Synchronization control for unmatched signal receiver // 2632406
FIELD: radio engineering, communication.SUBSTANCE: device contains a receiver circuit and a ring oscillator circuit. The receiver circuit includes a data transmission path and a clock distribution network in the unmatched configuration. The ring oscillator circuit includes a replica of the clock distribution network matched to the real clock distribution network.EFFECT: compensation for the delay variation of the real clock distribution network.20 cl, 10 dwg

Card reader // 2631991
FIELD: physics.SUBSTANCE: card reader (1) is configured such that an opening (13) is provided between the positioning element (50) and the guide part (29a) to allow the magnetic head to pass therethrough. The distance (L) between the card contact portion (50a) in the positioning element (50) and the inner end of the guide part (29a) is less than the transverse dimension (W2) of the card (2). When the opening (13) is closed by the shutter element (14), the front end of the shutter element (14) is located below the guide part (29a), and when the opening (13) is not closed by the shutter element (14), the shutter element (14) is located below the guide part (29a). When the shutter element (14) closes the opening (13), it can guide the inner edge of the card (2) to the card support part (50b) in the positioning element (50).EFFECT: execution of the device with the ability to feed the card in its transverse direction ensures smooth movement of the gate element, even if an opening is provided in the supply path that allows the magnetic head to pass through it.7 cl, 14 dwg

Playback control unit and playback control method // 2631262
FIELD: physics.SUBSTANCE: proposed playback control device comprises a command issuer configured to provide a command to move the playback position of the time sequence data; and a control unit configured to be implemented, when there is a command from the command issuer to move the playback position forward, a control to move the current playback position forward to the first period in the case, where the remaining time from the current playback position to the final end is longer than the total period from the first period and the second period, and a movement of the current playback position to the position, that is the second period before the final end, in the case, where the remaining time is less than or equal to the general period and longer than the second period.EFFECT: playback control, which has the ability to quickly and reliably reproduce the neighborhood of the final end of the time sequence data, when the command is to move the playback position.12 cl, 8 dwg

ethod and device for implementing objective audio signal recording and electronic equipment // 2630187
FIELD: physics.SUBSTANCE: method can include: performing a collection operation of sounds by simultaneously using multiple microphones in such a way that a mixed audio signal is received; identification of the number of sound sources and information about the position of each sound source, and selecting an object sound signal corresponding to each sound source from the mixed audio signal according to the mixed audio signal and the established information about the position of each microphone; and combining position information and object audio signals of the individual audio sources to obtain audio data in an object audio format.EFFECT: ability to directly record an object audio signal.19 cl, 19 dwg, 2 tbl

ethod and device to transmit the messages // 2630172
FIELD: radio engineering, communication.SUBSTANCE: transmitting method through the information processing device, such as the chip card, the message, using at least one hidden physical communication channel, in the form of the detectible and controlled change of the mentioned device hardware characteristic, contains the following stages: transmit the preamble, consisting of variable characters sequence, encoding the binary values '0' and '1' after which goes the delimiter character; transmit the significant part, forming the contents of the mentioned messages and consisting of the characters '0' and '1' sequence, optionally separated by the delimiter character '2'. The method also includes the sequence beginning mark preliminary assignment stage in the form of the character other than the characters, that are used to encode the message and/or the following sequence end mark preliminary assignment stage in the form of the character other than the characters that are used to encode the message.EFFECT: increase of the data transmission rate.7 cl, 4 dwg

Holmium-manganese sulfide with giant magnetoresistance // 2629058
FIELD: physics.SUBSTANCE: holmium-manganese sulfide with giant magnetoresistance includes manganese and sulfur and further contains holmium at the following ratio of components, wt %: holmium 2.5-15, manganese 47.5-35, sulfur 50.EFFECT: invention allows to obtain a magnetic compound with a cubic lattice of NaCl type, which has a stable and repetitive effect of giant magnetoresistance in a wide range of temperatures and magnetic fields.4 dwg, 2 tbl

agnetic memory and method of management of it // 2628221
FIELD: physics.SUBSTANCE: magnetic memory comprises an array of cells including a plurality of memory cells disposed along the first and second directions, the array of cells including a first region and a second region around the first region, and each memory cell includes an element with a magnetoresistive effect in the quality of the memory element; and a reading circuit to read data from a memory location selected based on the address signal from the number of memory cells, wherein the reading circuit selects one definition layer from the plurality of determination levels based on a region of the number of the first and second regions in which the selected memory location is located and uses the selected detection level to read data from the selected memory location.EFFECT: increase the reliability of magnetic memory.20 cl, 11 dwg

emory system // 2628124
FIELD: information technology.SUBSTANCE: device for use in memory module which is connected to the host memory controller via the bus, comprises memory module controller comprising a hardware for generating a request signal to the host memory controller indicating that the host memory controller can gain access to the memory module, wherein the host controller sends read and write requests via the bus to the memory module for storing data in the memory chips of the memory module, while the request signal has a pulse duration greater than or equal to the minimum pulse duration, where the minimum pulse duration comprises a number of clock cycles needed to ensure that the host memory controller detects the request signal, and where the pulse duration of the request signal indicates at least one function in addition to the request signal in the host memory controller.EFFECT: providing possibility of signalizing about at least one of a plurality of different functions in a single request signal.25 cl, 23 dwg

ethod for forming and usage of the inverted index of audio recording and machinescent of information storage device // 2628118
FIELD: physics.SUBSTANCE: method of forming and using an inverted audio recording index involves obtaining a new audio for indexing, determining the first chromed word associated with the new audio recording for indexing the first chromed word containing the initial portion of the chromium word which is a subset of the bytes having the first byte and subsequent bytes immediately after the first mentioned byte, determining a specific set of wordposition lists based on the first byte in a plurality of sets of wordposition lists. A particular set of word-list comprises lists words having reference to chrome word with the same first byte in the initial part, while under the subsequent byte of first chrome word of any subsequent bytes of any chrome word stored in the list of records in a particular set of records lists, maintaining the display of the new first chrome word in this recording list, followed by the non-byte first chrome word any subsequent bytes of any chrome word stored in the record lists, formation of new list of records in a particular set of records lists while maintaining display of the new chrome word.EFFECT: effective search for duplicates of musical compositions.32 cl, 8 dwg

Hybrid memory device // 2627100
FIELD: physics.SUBSTANCE: memory devices, controllers and electronic devices containing memory devices are described. In one embodiment, the memory device comprises volatile memory, non-volatile memory, and a controller comprising a memory buffer and a logic block for transferring data between the non-volatile memory and the volatile memory via a memory buffer in response to requests from the application. The data in the memory buffer is available to the application. Other embodiments of the invention are also disclosed and claimed.EFFECT: increasing the memory speed for the same size and the memory capacity.17 cl, 11 dwg

System and methods of forming scene stabilized metadata // 2627048
FIELD: information technology.SUBSTANCE: in the video data stream is divided or segmented into scenes and the first set of metadata can be generated for this scene of video data. The first set of metadata can represent any known metadata by way of the desired video content function (e.g., brightness). The first set of metadata can be generated on a frame-by-frame basis. In one example, staged stable metadata that may be different from the first set of metadata for the scene may be generated. Scenic stable metadata can be generated by tracking the desired feature with the scene and can be used to maintain the desired feature within an acceptable range of values.EFFECT: reduction of visual artefacts when rendering video data.11 cl, 7 dwg

ethod of playing a film // 2627047
FIELD: physics.SUBSTANCE: method of playing a movie is suggested, in which the film itself is automatically assembled in such a way that it differs each time it is viewed. The method of playing the movie ends with the creation of a "multifilm", i.e. the movie, which changes its plot with each playback.EFFECT: possibility of additional views of the same movie, so that the film itself is automatically assembled in such a way that it differs with each viewing.11 cl, 7 dwg

ethod and cloud data storage device, using mass storage device // 2624574
FIELD: information technology.SUBSTANCE: in this method perform the connection to the cloud data storage device computer, launching of the program to synchronize the cloud data storage device, changing of the data on the cloud storage device, data timing, located on the data device in the cloud storage. Initially, the external storage device is inserted into the cloud storage device socket, and the cloud storage device is connected to the computer. Then the computer starts the synchronization program with cloud data storage, change the data, stored in the file system of the mass storage device, having the internet access the synchronization program automatically produces similar data changes in the cloud storage, when the connection with internet is failed, the synchronization program automatically registers the changes of the mass storage device file system, and after the internet connection is restored the information is automatically synchronized with the cloud data storage.EFFECT: data automatic synchronization between the mass storage device and the cloud storage.15 cl, 2 dwg

ethod of detecting signals from the magnetic recorder, recorded by rll codes, and a detector for its implementation // 2623660
FIELD: physics.SUBSTANCE: method is implemented by using such features of the magnetic recording and playback path as recording at two levels and, accordingly, alternating directions of successive magnetization drops, taking into account the d-constraint of the RLL codes, and using the difference sign between successive counts at bit centers that does not change (without allowance for additive noise) under the action of multiplicative interference. The detector detects the presence of an extremum at a given bit interval using digital samples at the center of the bit intervals. In the event that the samples are sequentially incremented on (d+1) bit intervals, and in successive (d+1) bit intervals, the readings are successively reduced, the detector detects the presence of an extremum and puts "1" of the channel code in the discharge register, shifted by (d+1) bits to the higher-order bits relative to the least significant bit of the output shift register. Similarly, if the readings are successively decreased in (d+1) bit intervals, and the subsequent (d+1) bit intervals are incremented sequentially, the detector detects the presence of an extremum and puts "1" of the channel code in the discharge register, shifted on (d+1) digits in the direction of the highest digits relative to the least significant digit of the output register. The shift to (d+1) is related to the delay of the detector solution about the presence of an extremum with respect to the actual position of the extremum. After the end of the current channel code, the decision on the values of its least significant bits has not yet been made, so in parallel with the beginning of the next channel code, two short cycles are created on two counters to (d+1). One counter counts (d+1) clock pulses, and the second "freezes" with the arrival of "1" channel code, i.e. determines the position "1" in the lower bits of the previous channel code, after which "1" is entered in the corresponding lower order bit of the output register and its contents are output to the controller.EFFECT: increased noise immunity.2 cl, 2 dwg

Non-volatile random access memory // 2622869
FIELD: physics.SUBSTANCE: device comprises a cell memory matrix with banks, wherein each bank includes rows, the first word lines provided in accordance with the rows, an address latch-circuit, which latches the first row address signal, a row decoder, which activates one of the first word lines, and a control circuit, that is configured to perform the first operation, which activates one of the banks on the basis of the bank address signal, when the first instruction is loaded, and the second operation, which latches the first row address signal in the address latch-circuit and to perform the third operation, which activates one of the first word lines by the row decoder on the basis of the second row address and the first row address signal latched in the address latch-circuit, when the second instruction is loaded after the first instruction.EFFECT: increasing the number of the address bits with the unchanged device specifications.35 cl, 21 dwg

Device for storage and transmission of information with error detection // 2621284
FIELD: information technology.SUBSTANCE: method is performed by encoding the original binary information based on the organization of independent checks and by introducing an input encoding unit 2, an output encoding unit 3, an error detection unit 4, an AND element block 5, an AND element 6, an OR element 7.EFFECT: increase of information transfer and storage appliance functioning authenticity by detection of single and double errors.1 dwg

Logical comparison element of complimentary metal-oxide-semiconductor structure of associate selector of memory device // 2621011
FIELD: physics.SUBSTANCE: device contains two inverters with a third state, a data write port, a trigger consisting of two groups of transistors, each of which includes two pairs of P"МОП" and N"МОП" transistors.EFFECT: increasing the noise immunity of a logical element under the influence of single nuclear particles.5 cl, 4 dwg, 5 tbl

emory device based on change in resistance // 2620502
FIELD: information technology.SUBSTANCE: according to one of the embodiments, memory device based on the resistance change includes a memory cell, a reading amplifier and a global bit line. Memory cell is in the location of crossed local bit line and word line. Memory cell is connected both to a local bit line and a word line. Reading amplifier reads the data stored in the memory cell by read current supply to the memory cell. Global bit line is connected between the local bit line and the reading amplifier. Global read bit line delivers read current supplied through the reading amplifier to the local bit line. Reading amplifier charges the global bit line before the local bit line and the global bit line are connected to each other.EFFECT: reduction of recording and reading time.20 cl, 9 dwg

Device and method for recording images and device and method for reproducing images // 2618908
FIELD: physics.SUBSTANCE: image recording device comprises: an image forming unit; a start/stop button, which is a button for giving instructions to start or to stop recording of the moving images; a setting unit configured to set one of the plurality of modes including the first recording mode and the second recording mode; and a control unit configured to control so as to start or to stop, when the first recording mode is set, the recording of the moving image on the recording medium and to control so as to record, when the second recording mode is set, with continued recording of the moving image on the recording medium, information indicating the beginning or the end of the scene; wherein when the recording of the moving image is performed in the second recording mode, the recording of the moving image is not terminated in accordance with the operation on the said button, and the recording of the moving image is terminated without the operation on the said button.EFFECT: providing an improved recording and reproducing of the moving image.37 cl, 40 dwg

ultilevel scale indicator, method and device for controlling scale position // 2618770
FIELD: measuring equipment.SUBSTANCE: multilevel scale indicator is proposed, as well as methods and devices for controlling the scale position, which belong to the field of the computer technology. The multilevel scale indicator comprises, at least, two levels of the scale indicators, each of which includes a slider of the scale position on it. The slider of the scale position is configured to adjust the scale position on the corresponding scale indicator; while the corresponding scale indicator levels correspond to different functions of adjusting the scale position. Each of the scale position adjusting functions is a function representing the ratio between the sliding length of the scale position slider and the adjustment value of the scale positions. The levels of the scale indicators move consistently on the basis of the corresponding adjustment values of the scale position and the corresponding adjustment functions of the scale position.EFFECT: proposed group of inventions allows to make fine adjustments of the scale position, so that the problem of inaccurate scale positioning can be solved, which is available in the prior art.20 cl, 11 dwg

Controlled device for storage and transmission of information // 2618388
FIELD: information technology.SUBSTANCE: device contains: a memory node, an encoding input block, an output encoding block, an error detection unit, an AND element block, an AND element, an OR element block.EFFECT: increase of information transfer and storage appliance functioning authenticity by detection of single and double errors.1 dwg

A semiconductor memory device // 2618368
FIELD: electricity.SUBSTANCE: first device comprises word lines, connected to the memory cell array; second word lines connected to the spare area; The first line of a decoder configured to perform a selection of the first word lines on the basis of the row address; determination circuitry operable to determine whether or not a spare area replacing operation based on alternate-address included in the address line; and second lines of the decoder configured to perform a selection of the second word lines. Address lines include a first row address and a second row address input means in order of time-sharing. The first address line includes a full back-up address.EFFECT: increase in speed of the memory device.13 cl, 7 dwg

Low power electronic system architecture using non-volatile magnetic memory // 2616171
FIELD: computer engineering.SUBSTANCE: invention relates to computer engineering. Computer system comprises multiple functional modules, each functional module contains a functional unit and a magnetic random access memory (MRAM) unit, connected to operating unit, wherein MRAM unit is configured to store operational condition of functional unit during hibernation of functional module containing said functional unit; wherein computer system is configured to switch one of functional modules into standby state, when other functional modules are in an on state.EFFECT: technical result consists in reduction of consumed power and time for reading and recording.15 cl, 8 dwg

ultiinput logic gate of complementary metal-oxide-semiconductor decoder structure // 2616170
FIELD: information technology.SUBSTANCE: multiinput logic gate of complementary metal-oxide-semiconductor decoder structure is given, consisting of OR-NO static elements and AND-NO static elements connected to each other in a chain of alternating elements so that OR-NO elements outputs are connected to inputs of AND-NO elements subsequent in the chain, AND-NO elements outputs are connected to inputs of OR-NO elements subsequent in the chain. Multiinput logic gate is fitted with compensating transistors with electronic conductivity channels and compensating transistors with hole conduction channels. Drain areas of each compensating transistor are placed on integrated circuit chip regarding to stock areas of transistors with channels of same conductivity as each preceding element in the chain at a distance providing a simultaneous influence of single nuclear particle to the said transistor areas.EFFECT: improved noise immunity of multiinput logic gate under influence of a single nuclear particle.3 cl, dwg 9

Information processing method and device and recording medium // 2615072
FIELD: data processing.SUBSTANCE: group of inventions relates to information processing. Device comprises a unit for making a decision on a recording system for generating basing on characteristics of data to be recorded on a recording medium multiple areas of recording on a logical device configured by the recording medium and making a decision on recording systems to be used in each of the recording areas; and a unit for initializing the logical device for initialization of each of the recording areas of the logical device basing on certain recording systems, herewith the characteristics of data recorded on the recording medium are characteristics including the value of storage duration, which is the period of storing data, and the value of error coefficient, which is a percentage of errors allowable for generating when reading data; and the recording systems additionally contain a recording system using a multilevel cell (MLC), in which the redundancy code is set so, that the possibility of correcting an error is low and the degree of redundancy of levelling the recording is set at a low value, and/or a recording system using a MLC, in which the redundancy code is set so, that no possibility of correcting an error is required and the degree of redundancy of levelling the recording is set at the medium level value.EFFECT: technical result is optimizing a data recording system in accordance with the use.8 cl, 11 dwg

Shifter // 2613533
FIELD: information technology.SUBSTANCE: shifter comprises a bidirectional shift matrix of dimension NxM, where M=log2N, from M elements cascade 2AND-2AND-2AND-3OR and 2AND-2AND-2OR, block for shifts number modification comprising a group of (M-2) OR elements, the first group of (M-1) AND elements and a group of (M-1) EXCLUSIVE OR elements, shift direction control unit comprising the second group of the (M-1) AND elements, a group of (M-1) AND elements with prohibition input, a group of (M-1) NO elements and the third group of (M-1) AND elements, zero result flag forming comprisng the first, the second and the third AND elements with prohibition input, the first and the second OR element and AND-NO element, four control inputs of direction set and the shift type.EFFECT: increased speed, possibility to set the amount of logical shift in the bits range between 0 and N or more than N.1 dwg, 3 tbl

ethod of recording, method of playback, device, terminal and system // 2612362
FIELD: information technology.SUBSTANCE: group of inventions includes a method of recording, method of playback, recording device, play-back device and audiosystem, including a recording terminal and a play-back terminal. The method of recording includes mark beginning instruction receiving while recording the audio data, creation of the mark event in accordance with the mark beginning instruction and mark event parameter record. Mark event is used to mark the audio data, while the mark event parameter recording includes record of the event identifier, audio data identifier and mark beginning time. Event identifier is used to identify the mark events, audio data identifier is used to identify the audio data, the mark beginning time is used to record the time point of recording audio data after the beginning of the mark event tagging, reception of mark end instruction, completion of the mark event parameter recording according to the mark end instructions for the mark data structure. Completion of the mark event parameter recording in accordance with the mark end instruction includes the mark end time record. The noted mark end time is used for recording the audio data recording time point after the mark event tagging completion and storing the noted audio data and mark data structure for getting an audio file.EFFECT: sorting out the problem of low information receiving efficiency because of the search operations complexity of a predetermined content in the audio data by repeated listening, thereby improving the information receiving efficiency.21 cl, 12 dwg
ethod of preparation, storage and transfer of operational and command information in telecode control complexes // 2611257
FIELD: information technology.SUBSTANCE: selected message on the transmitting side is encoded with binary positional code that determines the presence or absence of selected message at a removable set of messages, in the absence of the selected messages at a removable set of messages the selected message is written to the array of compressed data, then the parameters of the message are centered relatevely to mathematical expectations of messaging parameters, and after that entropy lossless encoding of compressed information is performed when restoring messages to the receiving side after entropy lossless decoding using positional message code, the message is found in the interchangeable set of messages and written to the array of recovered information, if the message is absent in the interchangeable set of messages, the message is read from the compressed information array, and the message and its parameters are written to the array of recovered information when the check is performed.EFFECT: increased reliability, integrity and information security of data transmission.5 cl, 2 tbl

ethod of line precharge of coincidence register associative storage (amu) and precharge module // 2611246
FIELD: electricity.SUBSTANCE: method contains recovery of the potential line matching to the potential of power bus of associative storage (CAM) in the period after completion of the next data comparison cycle in the stored external data cell and before the start of the next cycle comparing. This is accomplished by current flow between the power bus and CAM and matching line through the transistors of the same conductivity type, series-connected between the power bus of CAM and match line. Said potential recovery of matching line is carried out by the proposed module by setting precharge both paraphase comparing data signals in a logic low on the gates of these transistors.EFFECT: reduction of the area of the associative storage device and increase its noise immunity by eliminating signals, intended only for controlling precharge within a register, and devices, that are generating these signals.2 cl, 5 dwg

ethod and device for retransmitting data via user datagram protocol // 2610697
FIELD: physics, communications.SUBSTANCE: invention relates to digital communication systems, and specifically to methods of retransmitting data via a user datagram protocol (UDP). Method comprises comparing a current user datagram with a previous datagram. In case of detecting a loss, a mechanism for re-requesting the lost datagram is launched, which is executed until the lost datagram is obtained. In the device, a payload processing unit includes a lost datagram read and search control unit, a re-request timer, a lost datagram search unit, a unit for reading useful data from a useful data storage unit, a recorded/read datagram counter, an overhead information recording unit, a payload data receiving unit, a useful data recording unit, a FIFO unit, a datagram read and search multiplexer, and the payload processing unit of the transmission unit includes an error packet forming unit, a re-request system control unit, a processed data counter, a transmitted data counter, a useful data recording unit, a useful data multiplexing unit, a useful data read unit.EFFECT: invention reduces data loss while maintaining high speed characteristics.3 cl, 8 dwg, 2 tbl

ethod for saving information in fault recorders // 2610681
FIELD: radio engineering, communication.SUBSTANCE: method for storing information in the fault recorders is to record the digital data about, at least, one current physical process in the drive, made on the basis of the two flash-memories, each of them with the USB-connection and matching the parameters, and to save subsequently the data recorded in these flash-memories. Recording is performed in blocks of the digital data, wherein each block of the digital data, to be recorded, is recorded first in one and then in the other flash-memory, and recording in any of the flash-memory is performed after completion of recording and saving it in the other flash-memory.EFFECT: improving operational reliability by ensuring the best possible volume of the memorized data, in case of the registrar efficiency loss.1 dwg

Fault-tolerant memory unit // 2610264
FIELD: information technologies.SUBSTANCE: method is implemented by encoding of the source binary information based on organizing of independent examinations and due to introduction of an input encoding unit, an output coding unit, an error detection unit, a first OR gate, a second OR gate, AND gate array block, a first AND gate, a second AND gate, a first trigger, a second trigger, NOT gate, a delay element, a "device failure" transparency.EFFECT: provision of fault-tolerance by distinguishing between intermittent and constant errors.1 dwg, 2 tbl

ethod for phase memory material production // 2610058
FIELD: physics.SUBSTANCE: invention relates to preparation of ⋅chalcogenide semiconductor alloys used in the non-volatile phase memory devices. The method for production of the phase memory material, including grinding and mixing of the initial components selected from the following ratio: 66.7 mol. GeTe% and 33.3 mol. % Sb2Te3, while 0.5-3 wt % of tin (Sn) is added to the charge, then the prepared charge is placed into a quartz ampule, which is then evacuated to a residual pressure of 10-5 mm Hg and sealed off, and then the ampule with the material is heated stepwise to a temperature of 500°C at a rate of 3-4°C per minute, kept at a temperature of 500°C for 4-6 hours, with subsequent heating to a temperature of 750°C at a rate of 1-2°C per minute, at that the ampule with the material is rotated around its axis at a rate of 1-2 rpm for 4 hours during heating. The ampule is further cooled down in a switched-off furnace, followed by annealing of the synthesized material at a temperature of 500°C for 12 hours, after which the material is used for phase memory material production. Thin films of the memory phase material are prepared by vacuum thermal evaporation of the synthesized material. During deposition of the thin films, the residual pressure in the chamber was 210-3 mm Hg, the substrate temperature did not exceed 50°C, which allowed to obtain a thin film in an amorphous state.EFFECT: invention provides phase memory material with increased optical contrast that improves functional characteristics of rewritable optical discs.2 dwg

Data storage method and device // 2608958
FIELD: information technology.SUBSTANCE: invention relates to storing data and, in particular, to a method and a device for storing data. Technical result is achieved by determining row address Ri and column address Li of data in memory module, storing data in memory module in accordance with determined row address Ri and determined column address Li, wherein determination of row address Ri and column address Li of data in memory module includes determining Ri=i mod (Z/P) and determining Li=(i div Z)+{[(i mod 4)*(16/P)+(i mod Z)div(Z/P)]mod(64/P)}, where mod denotes arithmetic in residual classes, div is arithmetic integer division, i is serial number of data input, Z is a coefficient of expansion of LDPC codes and P is an index of parallelism of storing data for one group of random-access memory (ZUPD).EFFECT: technical result consists in shorter delay of data storage.3 cl, 5 dwg

Recording of data into smart card nonvolatile memory // 2607622
FIELD: computer engineering.SUBSTANCE: invention relates to computer engineering. Method of data recording into smart card nonvolatile memory device comprises input of recording command into smart card volatile memory device buffer memory; comparison by smart card of object identification parameter corresponding to recording command with object identification parameter, stored in smart card nonvolatile memory; with positive result of comparison: recording of intended for recording data included into recording command, from buffer memory into object corresponding to recording command, on predetermined address, which value is stored in nonvolatile memory; calculation of address corresponding to sum of predetermined address and recorded data size; storing of calculated address instead of predetermined address; with negative comparison result: recording of intended for recording data included into recording command from buffer memory into object corresponding to recording command, to default address; calculation of address corresponding to sum of default address and recorded data size; storing of calculated address as predetermined address.EFFECT: technical result consists in large size data recording to smart card.9 cl, 3 dwg

ethod of erasing information stored in nonvolatile rewritable memory, storage medium and motor vehicle computer // 2607240
FIELD: data processing.SUBSTANCE: group of inventions relates to data storage and can be used for deleting information stored in nonvolatile rewritable computer memory. Method includes preliminary steps of determining a virtual memory addressing space, associated with memory, in which each sector extends over a specific range of consecutive virtual memory addresses, and a step of establishing a first correspondence function for determining, from a range of virtual memory addresses, sector or sectors whose contents must be erased. Method also includes, for each erasing request received by a slave module indicating a range of virtual memory addresses, a step of determining sector or sectors whose contents must be erased by slave module. Memory comprises plurality of segments (S1, S2), broken down into a plurality of sectors and two segments comprise interleaved physical memory addresses, each erasing request sent by master module is sent indicating a range of virtual memory addresses corresponding only to a single segment of memory. Two consecutive erasing requests sent by master module respectively indicate ranges of virtual memory addresses corresponding to different segments of memory, said two consecutive erasing requests are aimed respectively at first segment (S1) and second segment (S2), corresponding erasing operations taking place in parallel.EFFECT: reduced risks of erroneous erasing of sectors containing interleaved physical memory addresses.4 cl, 6 dwg, 1 tbl
 
2550958.
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