RussianPatents.com
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Intellectual controller with neuron network and self-modification rules. RU patent 2266558. |
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FIELD: intellectual controllers using self-teaching method with replenishment, can be used for controlling complex systems. SUBSTANCE: device has controlling neuron network, efficiency coefficient block, teaching neuron network, block for self-teaching rules of controlling neuron network, block for storing system operation history. EFFECT: better adaptive capabilities, higher speed of operation, decreased time required for self-teaching. 3 cl, 8 dwg
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![]() In system including shared resource, coefficients of load on resource by users are controlled with consideration of stability vectors, characterizing probability of resource use by one or another user. Aforementioned control allows to prevent resource overloading situations. Also described are system and method, wherein load coefficients are selected from multiple accessible coefficients in accordance to multiple user stability vectors of shared resource. |
![]() Method for guest software provides processor mode. Processor mode allows guest software to operate at privileges level, appointed by guest software. If guest software attempts operation, limited by processor mode, exit is performed from professor mode for transferring control over operation to virtual machine monitor, executed outside aforementioned processor mode. System realizes aforementioned method. |
![]() Device has processor core, performing commands from first set, commands translator for generation of output signals, appropriate for first set commands, to emulate commands from second set, and interrupt control block, servicing interrupts after performing command operation from first set. Command series are translated in such a way, that input state does not change until final command is executed, and after interrupt during this series processing is rerun either by full repeat emulation, if final command never started, when interrupt occurred, or execution of next command from second commands set, if final command started, when interrupt occurred. |
![]() Device has processor core, performing commands from first set, commands translator for generation of output signals, appropriate for first set commands, to emulate commands from second set, and interrupt control block, servicing interrupts after performing command operation from first set. Command series are translated in such a way, that input state does not change until final command is executed, and after interrupt during this series processing is rerun either by full repeat emulation, if final command never started, when interrupt occurred, or execution of next command from second commands set, if final command started, when interrupt occurred. |
![]() Device has programmed control block, control inputs and outputs, code address output and bidirectional code data bus of system main, inputs for signals of discharge and breakdown of main power source, commutated voltage source, main power source bus and backup power source bus, technological control input, threshold element, interrupter and controlled pulse generator. |
Method for installing and configuring software / 2260839 One or more operations in each installation set are combined, according to functioning logic, to a phase, which is assigned to with one or more attributes, each phase of installation set is selected, identified and marked; if next phase is marked as processed one, transfer to next phase is performed, and in opposite case next phase is called in each taken up installation set; and if current phase is found in one of installation sets, then in it serially selected, analyzed and identified are all phases, positioned before found one, and also detected phase itself, each of which after processing is marked as processed one. |
![]() Processor has first memory for storing data, cash-memory for storing data, decoder for decoding command subject to execution, while command has operand of data, circuit of preliminary selection for preliminary selection of data operand for command of first memory into cash-memory on basis of range between unsuccessful requests to cash, caused by command, as shown by record, appropriate for command, in preliminary selections table, which is stored in memory of preliminary circuit memory. Also, preliminary selections table has records, which include range between unsuccessful requests to cash, caused by commands, and table of preliminary selections has record for command, only if this command caused at least two unsuccessful requests to cash. |
![]() Method includes selecting element from existing program, determining input/output environment of computer. For selected element multiple software components are created for operation of cyclic structure. Commands, operators and data fields of existing software are matched with appropriate software components of cyclic structure. |
![]() System has means for confirming authenticity in real time scale, which detects standard digital signature for executable, using content of digital signature, excluding portions of executable, for which address linking is performed by program loader. Means for confirming authenticity in real time scale after loading of executable image determines integrity of digital signature for checking whether executable was modified in an unsanctioned way, and also guarantees that each pointer in executable image is not readdressed in an unsanctioned way. |
![]() One protocol of network messaging is a control protocol for NDIS device. Also, multiple software products for operation in circuit-based, i.e. bus-connected, network, can also be used for any wireless Bluetooth network. |
![]() System can be used for controlling objects with parameters to be time-dependent values with constant period of change. System has object to be controlled, coefficient setting unit, two adders and two multipliers, delay unit. |
![]() Device additionally has second block for forming controlling signal and second block for forming sweeping signal. This provides in tracking inverter with one-side two-pole broad-pulse modulation the realization of control law with two control signal respectively for forming of output signal of positive and negative polarity with preservation of modulation type and proper order of commutation in pulse elements block during change of support signal sign. |
![]() Device has controlling trigger, random pulses generators block, AND element, timer, random pulses generators group, second AND element, two OR elements, two counters and delay line. |
![]() System has set-point device, first adder, adjusting means, first object model, first delay element, second object model, adjustment block, processed product movement indicator, first quantizer, compensation adjusting means, second adder, multiplier, extrapolator, comparison element, second quantizer, second delay element, first, second, third and fourth keys. |
![]() Invention relates to methods of control and overload and failure protection of boom load-lifting cranes. According to proposed method, first and second threshold levels are set for at least one parameter characterizing load, geometry or operating conditions of device. Provision is made for checking said parameter in operation and comparing its value with first threshold level, forming of device control signal if parameter exceeds first threshold level, comparing parameter with second threshold level and forming signal to prohibit operation of device or its component part if second threshold level is exceeded. Moreover, rate of parameter changing is revealed, and first threshold level is set depending on rate of change of said parameter or reduced inertia moment or reduced mass of moving device or its component part. |
![]() System has control subject, coefficients setting block, two adding blocks, two multipliers and coefficient setting block. |
![]() Device has control subject, two execution blocks, output coordinate sensor, sensor for value of coordinate adjusting action, delay block, control block, low frequency filter, adder, three comparison blocks, no-delay object model, two extrapolation blocks, output coordinate set-point device, object state parameters sensors block, object state set-point devices parameters block, robust filter, object state estimation block, threshold elements block, controlling parametric actions generator. |
![]() Proposed system that can be used for pieces of equipment whose parameters are unknown variables or those slowly varying with time has piece of equipment under control, three factor specifying units, five adders, eight multipliers, five integrators, three delay units, and differentiating unit. |
![]() Proposed system that can be used for pieces of equipment whose parameters are unknown variables or those slowly varying with time has piece of equipment under control, three factor specifying units, five adders, eight multipliers, five integrators, three delay units, and differentiating unit. |
![]() Device has control subject, two execution blocks, output coordinate sensor, sensor for value of coordinate adjusting action, delay block, control block, low frequency filter, adder, three comparison blocks, no-delay object model, two extrapolation blocks, output coordinate set-point device, object state parameters sensors block, object state set-point devices parameters block, robust filter, object state estimation block, threshold elements block, controlling parametric actions generator. |
![]() System has control subject, coefficients setting block, two adding blocks, two multipliers and coefficient setting block. |
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