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System for controlling data output with dynamic zero balancing Apparatus includes a data memory register, a digital-to-analogue converter, an input bus, an output bus, a pulse former, a comparator, a selector, first and second two-input AND logic elements, a bidirectional counter, a sampling/storage device, an additional digital-to-analogue converter and an additional input bus. |
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Method of optimising solid-state drive and optimiser Method of optimising a solid-state drive, comprising the following steps: obtaining a threshold fragment size, wherein the threshold fragment size is calculated based on at least one or more serial recording speeds of the solid-state drive (SSD) or input/output (I/O) speeds into/from the SSD per second; determining whether a free space fragment on the SSD is smaller than the threshold fragment size; if the free space fragment on the SSD is smaller than the threshold fragment size, eliminating the free space fragment; and if the free space fragment on the SSD is not smaller than the threshold fragment size, the free space fragment is used for storing data. |
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Method of communication with multifunctional memory card In the method of communication with a multifunctional memory card, comprising a card controller and a functional module, performing at least one function of data processing, different from the function of memory card data storage, it is proposed that to start at least one function of functional module data processing, to communicate with the functional module and to extract data processed by the functional module in compliance with its function of data processing, standardised commands are used for recording and reading of a type used for addressing the memory card data memory. |
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System to control data output comprises a communication unit, a digital controlled generator, a register of data memory and a memory unit, besides, the output of the communication unit is connected to the input of the data memory register, the output of which is connected to the input of the memory unit. Besides, it additionally comprises a frequency divider, the first and second delay elements, a register of the current data code, a register of the previous data code, a circuit of codes comparison, a codes subtractor, an accumulating summator, a summator-subtractor, an output register, a digital-to-analog converter, and also input and output buses. |
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Information processing device and method of controlling said device Device has an interface unit connected to a peripheral device, capable of loading a storage medium, a first processing unit which switches the storage medium inserted into the peripheral device into a non-operating state, a connection detection unit for detecting that the peripheral device is connected to the interface unit, a determination unit for determining whether the storage medium switched into non-operating state by the first processing unit is inserted into the peripheral device detected by the connection detection unit, and a control unit configured to control the first processing unit in order to switch the storage medium into a non-operating state according to the determination unit determining that the storage medium which has been switched by the first processing unit into a non-operating state is inserted into the peripheral device. |
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System for controlling data output in start-stop mode System for controlling data output in start-stop mode has a computer, an interface unit, a two-input AND logic element, a flip flop, a timer, an AND element and an output unit. |
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Data output control system has first and second interfacing units, a register, a memory unit, a computer and an additional register. The system also has a code comparator, a code subtractor, a reference frequency generator, a code converter, a digital-to-analogue converter, a controlled frequency divider, a first and a second 3-input AND element, a bidirectional counter, an input and an output bus. |
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Storage device and leading device Invention concerns a storage device and to the leading device using this storage device. The storage device contains semiconductor storage, the controller which is carrying out the instruction for data recording in semiconductor storage according to inquiry which accepts the controller, and the register provided in the controller and retaining the information of a class of speed, showing one of classes of speed classified on speed, and mentioned one of speed classes specifies, that the storage device provides a guaranteed minimum of speed designated mentioned by one of speed classes, thus the storage device is executed with possibility of delivery the information of a class of speed in reply to the instruction, exterior in relation to a storage device. |
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File system controlled filter model and architecture Copies of filter drivers for each drive are registered by filter administrator for preliminary callbacks (for input/output to file system) and final callbacks (for input/output from the file system). Then they identify, for which input/output requests (for instance, creation, reading, writing) they are registered to receive callbacks. The filter administrator sets the filter copies for callbacks. When receiving an input/output request, the filter administrator converts the request into callback data, then calls the filters in question in the set callback order. This assists in processing input/output data by filter copies. After the request is received back from the file system, the filters, which are required for final callback, are called in reverse order. |
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Data carrier for digital product storage Data carrier contains access information, ensuring provision of access to digital product, and additional channel, stored wherein is rewritable information of additional channel, used for encryption, decryption or checking of access information. additional channel on data carrier is stored practically in the same physical location as the access information, preventing, obstructing or impeding unsanctioned interference with access information. Also disclosed are recording and reading devices, which contains first means for recording/reading digital product and second recording/reading device for recording/reading access information. |
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Onboard system for processing and registering information Onboard system for processing and registering information consists of information accumulation block, protected storage with controller, information gathering block with information port, control panel, status indicator, digital transformer, and also audio-block. System allows collecting, processing, registering and storing flight information about technical state of control object, and also transferring to ground services, via radio channel, cable connection or by means of removable cassette, of precise copy of information recorded in protected storage in real time mode. System status indicator allows to evaluate its serviceability operatively, and information port allows non-contact reading of copies of information stored in information gathering block using ground-based computer. Trustworthiness of copies being read is continuously controlled by electronic modules of system; in case of mismatch between original and copy, information in controller of protected storage and in information gathering block is renewed, and event of mismatch is recorded by system and transferred to ground services. |
Another patent 2513524.