Device to model systems of mass service |
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IPC classes for russian patent Device to model systems of mass service (RU 2447496):
G06F17/50 - Computer-aided design (for the design of test circuits for static stores G11C0029540000)
 Device to model systems of mass service / 2428740
Device to model mass service systems, comprising a generator of a random impulse flow, pulse counters, prohibition elements, AND elements, triggers, OR elements, a reversible counter, a unit to generate a mass service system functioning program, units to model the first and second working modes of mass service systems. Each of the units used to model the first and second working modes of mass service systems comprises a clock pulse generator, an OR element, a pulse counter, an AND element, and a group of units to model performance of works (handling of applications), every of which comprises a trigger, AND elements, OR elements, a counter of running time, faults, recovery time, the first random pulse generator, the first pulse shaper, delay elements, a unit of random pulses generators, which models occurrence of mass service systems faults in process of works performance, the second random pulses generator, which models a random moment of mass service systems serviceability recovery in process of works performance.
 Device for simulating mass service system / 2408068
Invention can be used when simulating two-dimensional mass service systems (MSS) for collecting, registering statistical data on time of operation and restoration and failure of elements of a system, on the number of incoming, service and lost applications and subsequent calculation of the reliability and functioning factors. The device has a random pulse stream generator, pulse counters, inhibit circuits, AND elements, flip flops, OR elements, a bidirectional counter, a unit for creating function programs of the mass service system, which generates pulses for restricting presence of the system in one of the working mode, a unit for simulating first and second working modes of the mass service system.
 Device for prediction of accidental events / 2368003
Invention is related to the field of computer engineering and may be used to assess reliability and quality of functioning of complex automated and flexible production and telecommunication systems of arbitrary structure, in which cyclic character of production, presentation of telecommunication services are used, as well as time reservation. Device comprises control unit, unit of system model, unit of system section condition simulators, unit of failure signal generation, unit of registration, unit of model data check, unit of model data correction.
 Device for modelling of mass servicing system / 2359326
Invention is related to computer engineering and may be used for modeling of mass servicing systems (MSS). Device comprises group of request flow generators, group of received requests counters, group of counters for requests rejected for servicing, group of AND elements, group of prohibition elements, elements OR, elements AND, prohibition elements, units for accidental time delays, reverse counter of occupied channels, reverse counter of turn length, generator of rejection flows, reverse counter of rejecting channels and summator.
 Device for predicting random events / 2290689
Device contains control unit, system model unit, system parts condition imitators unit, failure signal generation unit, registration unit, failure signals control unit, failure signals transformation unit, failure signals recognition unit, failure signals comparator unit.
 Method for developing machine instructions sequence of computer / 2447487
Method includes the following: building sequence of machine instructions executed by graphical scheme, consisting of at least forms representing memory cells combinations where each combination has one or more interpretations in processor unit which processes them in groups of one or more cells in finite number of combinations, where graphic forms representing combinations of cells are graphically distinguished according to graphical syntax in which each form has its own appropriate interpretation of cells combination in processor unit, where in the process of machine instructions building, processor module and machine instruction version is determined in accord with interpretation of combination of determined by type graphical form representing cells combination.
 Method and software product to design diagram of bore holes location for mine tunnelling / 2443866
Method includes stages, at which the diagram of bore holes location is designed using a computer applying the design software, the navigation plane (N) of the bore holes location diagram is identified, initial embedding points to be drilled are identified in the navigation plane, and final embedding points to be drilled are selected. Besides, the bottomhole profile is downloaded into the design software, which represents the bottomhole shape in the set of bore holes to be drilled, and final points of the bore holes to be drilled are placed in the diagram of the bore holes location, into locations in compliance with the bottomhole profile, in the system of coordinates of the bore holes location diagram by means of the design computer, as a result of which bore holes of various length in the diagram of the bore holes location develop the shape of this bottomhole profile.
 Information process and method of information processing / 2441275
Information processor, which computes information relative to a 3D model, comprises the following components: a unit of 3D model input, which inputs data of a 3D model drawing used to display the 3D model; a display unit, which displays the 3D model of the drawing data input into the unit of the 3D model input; and a unit of model parameter information calculation, which sets an element of the 3D model displayed in the display unit, in the data used for calculation of the 3D model, on the basis of an instruction input from the outside, calculates a model parameter related to the 3D model, which is not shown explicitly in the drawing data, as information of model parameters, using this model element, and displays the calculation result in the display unit.
 Identification of design issues in electronic forms / 2439688
In the method to identify design errors a regulatory directive is adopted, selected by the first user, who designs an electronic form in the first execution environment, the regulatory directive specifies the second execution environment, besides, the second environment differs from the first one, on the basis of the regulatory directive a set of design errors is automatically identified, which might take place during operation of an electronic form in the second execution medium, a list is generated, in which this set of design errors is given, the specified list is displayed in the user interface.
 Device to solve problem of functions / 2439687
Device comprises a clock pulse oscillator, a group of n counters, three AND elements, a group of n decoders, two groups of registers, a group of n first summators, a summator, a comparison circuit, a unit of the second AND elements, the third register, a delay element, a group of n*n triggers, a group of n*n third units of AND elements, a group of n coders.
 System and method of supporting product design / 2433470
System creates an orthogonal table according to set design parameters, executes many times, for each of the sets of design parameter groups, a virtual prototyping operation by adjusting the dimensional tolerance of each part, processes averages and variances of sets of evaluation indices obtained via the virtual prototyping operations, to form a response surface and response surface model. A factorial effect diagram of design parameters for each evaluation index, is created and the factorial effect diagram is examined. Optional combinations of design parameters sensitive to the evaluation indices are formed and the combinations are applied to the response surface model. Many design solutions are formed by optionally combining all design parameters which may achieve design target values. Filtering is carried out to extract a maximum likelihood design solution candidate group which achieves specified evaluation index limit values out of the design solutions and a maximum likelihood design solution group is selected from the solution candidate group.
 Method of optimisation of structural design of composite panel reinforced with stiffeners / 2431189
Method consists in following stages: making imitation model of panel; determination of variables of design of panel reinforced with stiffeners; determination of restricting condition which design solution of panel reinforced with stiffeners should meet; creation of imitation expert module of family of kinds of damages for panel reinforced with stiffeners; iteration change of variables at designing imitation model (9) reinforced with stiffeners to optimise target variable.
 Method of measuring coverage in interconnection structural condition / 2430409
Structure condition coverage space is generated and stored in a data base. During simulation, encountered coverage space conditions are marked. This enables to determine encountered conditions and those that are not encountered. A target test sequence is generated based on conditions that are not encountered in order to outline at least some of the conditions that are not encountered during the previous simulation. This feedback from simulation for updating the standard test sequence on coverage space conditions that are not encountered during simulation can be recursively repeated until adequate validation is achieved.
Device to model systems of mass service / 2428740
Device to model mass service systems, comprising a generator of a random impulse flow, pulse counters, prohibition elements, AND elements, triggers, OR elements, a reversible counter, a unit to generate a mass service system functioning program, units to model the first and second working modes of mass service systems. Each of the units used to model the first and second working modes of mass service systems comprises a clock pulse generator, an OR element, a pulse counter, an AND element, and a group of units to model performance of works (handling of applications), every of which comprises a trigger, AND elements, OR elements, a counter of running time, faults, recovery time, the first random pulse generator, the first pulse shaper, delay elements, a unit of random pulses generators, which models occurrence of mass service systems faults in process of works performance, the second random pulses generator, which models a random moment of mass service systems serviceability recovery in process of works performance.
 Method of computer-aided design of ship motion control system structure / 2423286
Invention relates to CAD systems used in designing ship navigation control system laws and configuration using computers. Acceleration and higher quality of CAD proceeds from exploitation of ship control laws via automatic compilation of control process models using editing unit incorporating process models to be converted into electronic models, program generator, compiler and unit to compute dynamic system wherein electronic programs are transformed into programs executed in DLL format. Programs executed in DLL format are entered via dynamic system computation unit into parametric optimisation unit to generate structure and laws of ship navigation control system.
 Method for coordination of data blocks for automated engineering of programmed controllers software / 2249852
Data concerning each element or event is recorded in data blocks as separate element, characteristic signs of each executive mechanism or controlled event are formed, and on basis thereof - parameters, this parameters are compared to parameters of typical programming schemes, necessary additional parameters are inputted on basis of detected mismatch, space-time position of each executive mechanism is determined in interaction with other ones, list of addresses of operands in command list is formed and received data array is used as software.
 Device for finding lower positioning estimate in matrix systems / 2275681
Device has matrix of m rows and n columns of homogeneous environment elements, n unit counting blocks, block for finding maximum, adders, memory block, block for finding lowest estimate, containing pulse generator, element selection multiplexers, row selection decoder, decoders of incidental vertex, decoders of fixed arc, row counter, column counter, fixed arc counters, incidental vertex counters, mode trigger, group of m triggers, group of m forbidding elements blocks, matrix (i x j) of fixed arc counters, matrix (i x j) of OR elements, four matrices (i x j) of AND elements, OR element, first and second AND elements, group of m OR elements.
 Device for estimating positioning quality in matrix systems / 2279709
Device contains matrix with m rows and n columns of homogeneous environment elements, n blocks for counting units, block for finding maximum, adder, memory block, block for estimating quality of positioning, containing pulse generator, row selection decoder, element selection multiplexer, decoder of fixed module, counter of rows, counter of columns, counter of current row, group of m blocks of forbidding elements, group of m blocks of channel load counters, group of m triggers, group of m OR elements.
 Method for engineering a bus / 2282890
Method includes stages of determining of at least one profile of bus on basis of a group of predetermined dimensional limitations, determining the rest of profiles on basis of relations between dimensional values of structural parts, determining within limits the shape of structural parts, filling each shape with basis component depending on structure of structural part, determined by shape. Method for producing a bus includes provision of possibility for computer-controlled bus production factory to use bus manufacturing commands in accordance to requirements, and also includes storage of functional rules, by means of which a set of geometric shapes interacts with each other depending on given category of exploitation of data in form of relations between constructive limitations or physical and/or dimensional parameters. Method also includes engineering on basis of data, received from client and given constructive data, construction of bus by applying aforementioned rules to certain basic bus.
 Device for planning positioning of problems in systems with circular organization during directional information transfer / 2285289
Device contains matrix of m rows and n columns of homogeneous environment elements, maximum finding block, adder, memory block, n blocks for counting units and lowest estimate block, containing impulse generator, two row selection decoders, two element selection multiplexers, arc decoder, comparison element, adder, group of m circular counters for lowest estimate, arcs counter, two column counters, two row counters, mode trigger, two groups of m triggers, two groups of m blocks of forbidding element, two groups of m elements OR, two elements AND, two elements OR, delay element.
 Automated design system and automated design program / 2294560
System contains device for extracting information about point series, dividing device, computing device of first fundamental form, computing device of second fundamental form, recording device, main curvature computing device, curvature line computing device, device for analyzing characteristic points/characteristic lines, inclusion extent computing device, transformation device, reproduction device.
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FIELD: information technology. SUBSTANCE: device contains seven AND gates, two triggers, three OR gates, two OR-NO gates, random-number generator, two groups of AND gates with N gates in each group where N is equal to number of digits in decrement counter, two decrement counters and clock generator. EFFECT: providing possibility to operate low priority request till completion after termination of high priority request operation because its operation continues from the moment after suspending. 1 dwg
The invention relates to the field of computer technology, is used to simulate the service process two streams of applications with different priorities and can be used in devices that simulate systems of mass service. A device for simulation of Queuing systems [SU # 1325561 U1, class G06F 15/20, 1987.07.23]containing stream generator applications, counter applications, counter claims received a denial of service, block random time delays, reversing the count of occupied channels, and a reversible counter of the queue length, the four elements And three elements of the ban, two OR element. A disadvantage of the known device is limited application in electronic modeling for the study of real systems of mass service for maintenance heterogeneous incoming tasks. Closest to the claimed is a device for simulation of process service requests with different priorities [SU # 962969 U1, class G06F 15/20, 1982.09.30], contains two pulse generator with a random interval repetition, the three elements, two trigger element of the ban and bootstrap diode, and sign applications high priority connected to the first input of the first element And whose output is connected to the first input of the first trigger input of the first pulse generator with a random interval repetition and the control input of the second pulse generator with a random interval repetition, the output of the first pulse generator with a random interval repetition is the first output device and connected to the first input of the third element And the second input of the first flip-flop, the first output of which is connected to the second input of the first element And the second output is connected with the control input element of the ban, an information input connected to the output of the second element, And an output connected to the first input of the second trigger and through restrictive diode to the output of the third element And the input of the start of the second pulse generator with a random interval repetition whose output is the second output device and connected to the second input of the second trigger, the first output of which is connected to a second input of the third element, And a second output connected to one input of the second element And the other input of which is the entrance applications low priority. The disadvantage of this device is that at high intensity of receipt of service requests high priority in relation to applications for the low priority service last may never end, as if the application is a high priority during service applications low priority service last stops, and upon termination of the application of high priority maintenance the ICES application low priority resumes first, and does not continue from the date of suspension. The technical result is to enable the service before the end of the application low priority despite the high arrival rate to service requests high priority, because at the end of service requests high priority service request low priority continues from the time after the suspension of the service. The technical result is achieved in that the device for simulation of process service requests with different priorities, containing three elements And two triggers, and sign applications high priority connected to the first input of the first element And whose output is connected to the first input of the first flip-flop, the second output of which is connected to the second input of the first element And the second output of the second trigger is connected to one input of the second element And the other input of which is the entrance applications low priority, added three element OR two elements ILINE, the four elements And two subtractive counter, two groups elements And N elements in each group, where N is the number of digits subtractive counter, a random numbers generator and clock generator pulses, the output of which is connected to the combined first inputs of the third, fourth, sixth and sedimo the elements And the first and second groups of elements And, the second output of the first flip-flop connected to the second input of the third element And the third input of the second element And whose output is connected to the second input of the second trigger and the second input of the first element OR the first input of which is connected to the first input of the first flip-flop and the output to the sensor input random number, the output of which is connected to information inputs of the first and second groups of elements And the first output of the first flip-flop connected to the second input of the first group of elements And the second input of the sixth element, And whose output is connected to the second input of the first trigger and is the first output, second output, which is connected to the output of the seventh element And the second input of the second trigger, the first output of which is connected to the second input of the seventh element And the second input of the second group of elements And information outputs of which are connected to information inputs of the second subtractive counter, the counting input of which is connected to the output of the fifth element And the first input of which is connected to the output of the third element And the second input of the fifth element And is connected to the output of the third element OR group of inputs of which are connected to the outputs of the second subtractive counter 7.2 and the group of inputs of the second element ILINE 4.2, the output of which is connected to the third input of the seventh element And the third is the move of the second group of elements, And information outputs of the first group of elements And connected to information inputs of the first subtractive counter, the counting input of which is connected to the output of the fourth element And the second input is connected to the output of the second element OR group of inputs of which are connected to the outputs of the first subtractive counter and the group of inputs of the first element ILINE, the output of which is connected to the third input of the sixth element And the third input of the first group of elements I. The introduction of these additional elements and the sequence of their connections allow for the possibility of service before the end of the application low priority despite the high arrival rate to service requests high priority, because at the end of service requests high priority service request low priority continues from the time after termination of service. Figure 1 shows the functional diagram of the device. The device comprises (1) seven elements And 1.1 1.7..., two trigger 2.1 and 2.2, the three elements OR 3.1...3.3, two elements ILINE 4.1, 4.2, sensor 5 random numbers, two groups of elements And 6.1 and 6.2, two subtractive counter 7.1 and 7.2 and the clock 8. The device contains seven elements And 1.1 1.7..., two trigger 2.1, 2.2, three elements OR 3.1...3.3, two elements ILINE 4.1, 4.2, datsik random number two groups of elements And 6.1 and 6.2 elements And N elements in each group, where N is the number of digits subtractive counter, two subtractive counter 7.1 and 7.2 and the clock 8, the application of high priority connected to the first input of the first element And 1.1, the output of which is connected to the first input of the first trigger 2.1, the second output of which is connected to the second input of the first element And 1.1, the second output of the second trigger 2.2 is connected to one input of the second element And 1.2, the other input of which is the entrance applications low priority, the generator output clock pulses 7 is connected to the combined first inputs of the third 1.3, 1.4 fourth, sixth 1.6 and seventh 1.7 elements And first and 6.1 and 6.2 second group of elements And the second output of the first trigger 2.1 is connected to the second input of the third element And 1.3 and the third input of the second element And 1.2, the output of which is connected to the second input of the second trigger 2.2 and the second input of the first element OR 3.1, the first input of which is connected to the first input of the first trigger 2.1, and the output to the input of the sensor 5 random numbers, the output of which is connected to information inputs of the first 6.1 and 6.2 second group elements And the first output of the first trigger 2.1 is connected to the second input 6.1 first group of elements And the second input of the sixth element And 1.6, the output of which is connected to the WTO is th input of the first trigger 2.1 and is the first output device, the second output of which is connected to the output of the seventh element And 1.7 and the second input of the second trigger 2.2, the first output of which is connected to the second input of the seventh element And 1.7 and the second input 6.2 second group of elements And information outputs of which are connected to information inputs of the second subtractive counter 7.2, the counting input of which is connected to the output of the fifth element And 1.5, the first input of which is connected to the output of the third element And 1.3, the second input of the fifth element And 1.5 is connected to the output of the third element OR 3.3, the group of inputs of which are connected to the outputs of the second subtractive counter 7.2 and the group of inputs of the second element ILINE 4.2, the output of which is connected to the third input of the seventh element And 1.7 and a third input 6.2 second group of elements And information outputs 6.1 first group of elements And connected to information inputs of the first subtractive counter 7.1, the counting input of which is connected to the output of the fourth element And 1.4, the second input is connected to the output of the second element OR 3.2, the group of inputs of which are connected to the outputs of the first subtractive counter 7.1 and the group of inputs of the first element ILINE 4.1, the output of which is connected to the third input of the sixth element And 1.6 and a third input 6.1 first group of elements I. Verbal model of the device is as follows. Two random flux is and requests for services come on one service unit. Streams of service calls are random pulse sequence, the intervals between which are distributed in a certain (different or same) laws. Applications for service with a lower priority are accepted for service in the absence of applications with a higher priority. Requests of the same priority, received at the time of employment of the service device, the service refuses. If the application with a higher priority is received during service applications with a lower priority, then the service application with a lower priority is suspended, and is served by the application with a higher priority. After the release of the maintenance device maintenance adopted previously to service requests with a lower priority continues. The model of the maintenance device is the sensor 4 random numbers. The distribution law of random numbers at its output may be different or the same for each application, as it models the service time of the application. The device can operate in three modes: service applications low priority service requests high priority service requests high priority is received during service applications low priority. The device operates as follows. the initial state in all three modes triggers 2.1 and 2.2 are installed in position, in which the outputs connected to the second input of the first element And 1.1 and the first input of the second element And 1.2, there is a high potential, and outputs subtractive counter 7.1 and 7.2 shall be issued a code of zero. It is assumed that after issuing a random number sensor 5 random numbers is set to zero. Service applications low priority The pulses from input applications low priority device, proceed to the second input of the second element And 1.2, and with its output to the first input of the second trigger 2.2, that translates into a position in which the second element And 1.2 is closed until the end of the service applications. Arrived at this point of the application with sign applications low priority for service is not accepted and is lost. The pulse output of the second element And 1.2 through the first element OR 3.1 runs the sensor 5 random numbers, which generates a random number. Formed according to a certain law random number through the open 6.2 second group of elements And is supplied to the information input of the second subtractive counter 7.2 and clock pulse generator 8 is written in it. With outputs of the second subtractive counter 7.2 to the inputs of the third element OR 3.3 and the second element ILINE 4.2 will be given a code number, not zero. Prohibiting signal from the output of the second element ILINE 4.2 arrives on-thirds of the entrance 6.2 second group of elements And it closes. On each clock pulse received from the generator 8 through 1.3 third and fifth 1.5 elements And to the counting input of the second subtractive counter 7.2, you are subtracting a unit from its recorded value. As soon as the value of the second subtractive counter 7.2 becomes equal to zero, which indicates the completion of the service request via the third 3.3 and the fifth element OR 1.5 element And the counting input of the second subtractive counter 7.2 closes. With outputs of the second subtractive counter 7.2 code of zero is supplied to the inputs of the third element OR 3.3 and the second element ILINE 4.2. The output signal from the second element ILINE 4.2 is supplied to the third input of the seventh element And 1.7 and the third entrance 6.2 second group of elements And opens it. To clock pulse generator 8, the outputs of the sixth element And 1.6 output device and to the second input of the second trigger 2.2, turning it to its original state, which opens the second element And 1.2. When receiving input of the next application low priority device, the service process is repeated. Service requests high priority The pulses from input applications high priority device, proceed to the first input of the first element And 1.1, and with its output to the first input of the first trigger 2.1, that translates into a position in which the first 1.1 and 1.2 second elements And grivaud until the end of the service the requests of high priority. Arrived at this point of the application with login requests of high priority and low priority to the service will not be accepted and will be lost. The pulse output of the first element And 1.1 through the first element OR 3.1 runs the sensor 5 random numbers, which generates a random number. Formed according to a certain law random number through the open 6.1 first group of elements And is supplied to the information input of the first subtractive counter 7.1 and clock pulse generator 8 is written in it. With outputs of the first subtractive counter 7.1 inputs of the second element OR 3.2 and the first element ILINE 4.1 will be given a code number, not zero. Prohibiting the output signal of the first element ILINE 4.1 is supplied to the third input 6.1 first group of elements And it closes. On each clock pulse received from the generator 8 through the fourth 1.4 element And at the counting input of the first subtractive counter 7.1, you are subtracting a unit from its recorded value. As soon as the value of the first subtractive counter 7.1 becomes equal to zero, which indicates the completion of the service request via the second 3.2 element OR 1.4 and fourth element And the counting input of the first subtractive counter 7.1 closes. With outputs of the first subtractive counter 7.1 code of zero is supplied to the inputs of the second element OR 3.2 and the first element ILINE. The output signal of the first element ILINE 4.1 is supplied to the third input of the sixth element And 1.6 and the third entrance 6.2 second group of elements And opens it. To clock pulse generator 8, the outputs of the sixth element And 1.6 output device and to the second input of the first flip-flop 2.1, turning it to its original state, in which the first 1.1 and 1.2 second elements And. When receiving input from another application high priority device, the service process is repeated. Service requests high priority received in the period of service applications low priority The application of low priority input through open items And 1.2 OR 3.1 runs a random number sensor 5 and opens the second trigger 2.2. The random numbers generator 5 generates a random number, which through the open second group 6.2 elements And is written in the second subtractive counter 7.2. To clock pulses from generator 8 through the open items And 1.3 and 1.5 is the subtraction unit with the second subtractive counter 7.2 service applications low priority. The application of high priority received from the input device before the end of the service applications low priority, through the open items And 1.1 OR 3.1 runs a random number sensor 5 and opens the first trigger 2.1. The signal from the second output p is pout trigger 2.1 1.1 first, second 1.2 and 1.3 third elements And are closed until the end of the service the requests of high priority. Through the closed 1.3 third element And the pulse generator 8 is fed to the counting input of the second subtractive counter 7.2. (the simulated suspension of service requests with low priority). In this state, the device is held until the end of the service requests with high priority. After the appearance of the pulse at the output of the sixth element And 1.6, simulating the end of the service requests of higher priority, tipped the first trigger 2.1, opening the first 1.1, 1.2 second and third 1.3 items I. Through outdoor 1.3 third element And the pulse generator 8 is coming to the counting input of the second subtractive counter 7.2. Thus simulates the continuation of the service requests with low priority, interrupted by the arrival of a high priority application. After the appearance of the pulse at the output of the sixth element And 1.6, the device returns to its original state. By repeated application of high priority input device before the end of the low-priority service requests maintenance again suspended and then resumed after the end of the service requests high priority since after the suspension of the service. The operation is repeated Ana is ulichnym way. In the application of low priority will be for some time served. Thus, the device allows the service before the end of the application low priority despite the high arrival rate to service requests high priority, because at the end of service requests high priority service request low priority continues from the time after the suspension of the service. The device for simulation of process service requests with different priorities, containing three elements And two triggers, and sign applications high priority connected to the first input of the first element And whose output is connected to the first input of the first flip-flop, the second output of which is connected to the second input of the first element And the second output of the second trigger is connected to one input of the second element And the other input of which is the entrance applications low priority, characterized in that it additionally introduced three element OR two elements OR NOT, the four elements And two subtractive counter, two groups of elements And N elements in each group, where N is the number of digits subtractive counter, a random numbers generator and clock generator pulses, the output of which is connected to the combined first inputs of the third, even erego, the sixth and seventh elements And the first and second groups of elements And the second output of the first flip-flop connected to the second input of the third element And the third input of the second element And whose output is connected to the second input of the second trigger and the second input of the first element OR the first input of which is connected to the first input of the first flip-flop and the output to the sensor input random number, the output of which is connected to information inputs of the first and second groups of elements And the first output of the first flip-flop connected to the second input of the first group of elements And the second input of the sixth element, And whose output is connected to the second input of the first trigger and is the first output, the second output of which is connected to the output of the seventh element And the second input of the second trigger, the first output of which is connected to the second input of the seventh element And the second input of the second group of elements And information outputs of which are connected to information inputs of the second subtractive counter, the counting input of which is connected to the output of the fifth element And the first input of which is connected to the output of the third element And the second input of the fifth element And is connected to the output of the third element OR group of inputs of which are connected to the outputs of the second subtractive counter and the group of inputs of the second of the element OR NOT, the output of which the CSO is connected to the third input of the seventh element And to a third input of the second group of elements, And information outputs of the first group of elements And connected to information inputs of the first subtractive counter, the counting input of which is connected to the output of the fourth element And the second input is connected to the output of the second element OR group of inputs of which are connected to the outputs of the first subtractive counter and the group of inputs of the first element OR NOT, the output of which is connected to the third input of the sixth element And the third input of the first group of elements I.
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