RU160176U1 - COMPUTER DEVICE FOR EXPERIMENTAL ASSESSMENT OF EFFICIENCY OF A SPACE-DIVERSIFIED COMPLEX OF RADIO ELECTRONIC FIGHTING - Google Patents

Abstract

1. A computer device for the expert evaluation of the effectiveness of a spatially distributed electronic warfare complex (EW REK), characterized in that it is made with the possibility of an expert assessment of the effectiveness of EW ADP in accordance with the expression: where Μ is the number of tasks assigned to the EW ADP; W - an indicator of the effectiveness of the EW PRC C is the coefficient of importance of the i-th task; W is an indicator of the effectiveness of the execution of the REB EW of the i-th task and contains an input data block (BVD), a simulation block (BM), a control and control unit (BUC), a display and registration unit (BOR), interconnected by a digital interface line of communication, and The BVD includes a memory block of the database of the tactical and technical characteristics (TTX) of the carriers of the radio electronic equipment - objects of electronic suppression (REP), a memory block of the database TTX RES - of the objects of the REP, a memory block of the database TTX PRK of the electronic warfare, task database of the electronic warfare of the electronic warfare, memory block of the database EW performance criteria for EW, DB memory block Efficiency sensors of the EW REK, BM includes the block of the model generator (FM) of the EWS of the EW, the FM block of the resources of the EW REK, the block of FM criteria for the effectiveness of the EW REK, the block of FM indicators of the effectiveness of the EW REK, and the output of the memory block of the TTX database of the EW carriers - REP objects, the output of the memory block of the database of the TTX RES electronic components - the objects of the REP, the output of the memory of the database of the database of the tasks of the electronic defense of the electronic warfare are connected to the input of the FM block of the tasks of the electronic warfare of the electronic warfare and the input of the FM block of the resource of the electronic warfare of electronic warfare with the input of the block of FM effect criteria ivnosti PPH EW DB of the storage unit output performance PPH EW is connected to a first input of the FM performance PPH EW output unit PRK EW FM tasks, and resource block output FM PPH P

Description

The field of technology. The utility model relates to computer systems based on specific mathematical models.

The level of technology. A well-known expert system for evaluating the performance indicators of electronic systems [1], containing the interface of a modeling complex interconnected by digital lines, a complex of models including a model for the long-range guidance of anti-radar missiles, a model of a homing contour of anti-radar missiles, a model for assessing the degree of damage to a radio electronic system by damaging fragmentation factors a high-explosive warhead of an anti-radar missile and a source data storage unit.

Computer devices are known for evaluating the performance indicators of rocket-artillery weapons [2, 3, 4], containing a modeling unit connected by a digital communication line to the data input, control and monitoring units, displaying and recording the evaluation results.

A disadvantage of the known devices [1, 2, 3, 4] is the impossibility of their use for the automated assessment of the effectiveness of a spatially-separated complex of electronic warfare (PRK REB).

A computer device for expert assessment of the effectiveness of a spatially-separated electronic warfare complex has not been identified in the prior art.

The objective of the utility model is to provide opportunities for accelerated evaluation of the effectiveness of the electronic warfare missile defense in the design of promising electronic warfare systems.

задачи из состава назначенных.The technical result that provides the solution of this problem is the creation of a computer device for automated expert assessment of the effectiveness of the electronic warfare of the electronic warfare by forming a model of performance indicators, the formation of the resource model required by the electronic warfare of the electronic warfare to complete the i

tasks from the assigned.

The essence of the utility model. The achievement of the claimed technical result and, as a result, the solution of the problem is ensured by the fact that the computer device for the expert evaluation of the effectiveness of the spatially separated electronic warfare complex is made with the possibility of expert evaluation of the effectiveness of the electronic warfare system in accordance with the expression:

,

,

where M is the number of tasks assigned to the electronic warfare missile defense; W - an indicator of the effectiveness of the PRK EW; C _i - the coefficient of importance of the i-th task; W _i is an indicator of the effectiveness of the execution of the REB EW of the i-th task and contains an input data block (BVD), a simulation block (BM), a control and monitoring unit (BEK), a display and registration unit (BOR) connected by a digital interface line of communication. In this case, the BVD includes a memory block of the database of the tactical and technical characteristics (TTX) of the carriers of radio electronic equipment - objects of electronic suppression (REP), the memory block of the database TTX RES - of the objects of the REP, the memory block of the database TTX PRK REB, the memory block of the database of tasks PRK REB , the memory block of the database of the criteria for the effectiveness of the PRK EW, the memory block of the database of the indicators of the effectiveness of the PRK EW. The modeling block includes a block of the model shaper (FM) of the missile defense electronic warfare tasks, the block of FM resource PRK electronic warfare, the block of FM criteria for effectiveness of the electronic warfare of electronic warfare, the block of FM indicators of the effectiveness of the electronic warfare of electronic warfare. The output of the memory block of the TTX DB of the carriers of the RES - REP objects, the output of the memory of the database of the TTX RES - of the REP objects, the output of the memory block of the DB TTX of the REB electronic components, the output of the memory block of the DB of the electronic components of the REB and the input of the FM block of the PRK electronic components EW. The output of the memory block of the database of criteria for the effectiveness of the PRK EW is connected to the input of the block FM criteria for the effectiveness of the PRK EW. The output of the memory block of the database of the indicators of the effectiveness of the PRK REB is connected to the first input of the block FM the indicators of the effectiveness of the PRK REB. The output of the FM block of tasks of the PRC EW, as well as the output of the block of the FM resource of the PRC EW and the output of the block of FM criteria for the effectiveness of the REB are connected to the second input of the block FM of the performance indicators of the PRC EW, the output of which is the output of the computer device.

, ПРК РЭБ для выполнения i-й задачи в соответствии с выражением:In this case, the block of FM tasks of the PRK EW is made in the form of a computer of the required resource

, RC EW to perform the i-th task in accordance with the expression:

,

,

,

,

- значение ресурса, требуемого ПРК РЭБ для выполнения i-й задачи; Qⁱ,

- величина и множество значений ресурса ПРК РЭБ для выполнения i-й задачи; X, Ω_X - вектор и множество значений ТТХ ПРК РЭБ; Y₁,

- вектор и множество значений ТТХ носителей РЭС - объектов РЭП; Y₂,

вектор и множество значений ТТХ РЭС - объектов РЭП.Where

- the value of the resource required by the REB EW to perform the i-th task; Q ⁱ

- the magnitude and the set of values of the resource of the PRK REB for the implementation of the i-th task; X, Ω _X is the vector and the set of values of the technical characteristics of the electronic warfare of the electronic warfare; Y ₁

- the vector and the set of TTX values of the carriers of RES - objects of the REP; Y ₂

vector and the set of values of the performance characteristics of the RES - objects of the REP.

ПРК РЭБ для выполнения i-й задачи в соответствии с выражением:In this case, the block of the FM resource of the PRK REB is made in the form of a calculator of the available resource

RC EW for the implementation of the i-th task in accordance with the expression:

,

,

,

,

- значение ресурса, требуемого ПРК РЭБ для выполнения i-й задачи.Where

- the value of the resource required by the REB EW to perform the i-th task.

At the same time, the block of FM criteria for the effectiveness of the electronic warfare of the electronic warfare is made in the form of a device that implements the criterion of the effectiveness of the implementation of the electronic warfare of the electronic warfare of the i-th task in accordance with the expression:

,

,

- функция, определяющая m-е требование к ПРК РЭБ при выполнении i-й задачи.where M is the number of requirements for the electronic warfare missile defense when performing the i-th task;

- the function that determines the m-th requirement for the electronic warheads of the electronic warfare when performing the i-th task.

At the same time, the block of FM indicators of the effectiveness of the electronic warfare of the electronic warfare is made in the form of a calculator of the efficiency indicator W _{i of the} implementation of the electronic warfare of the electronic warfare of the ith task in accordance with the expression

,

,

- функция плотности распределения вероятности ресурса Qⁱ.Where

- the density function of the probability distribution of the resource Q ⁱ .

A computer device for expert assessment of the effectiveness of a spatially-distributed electronic warfare complex is made in the form of an automated workstation (AWS), and its BVD, BM, BUK and BOR units are made in the form of software and hardware modules on a 64-bit architecture digital expansion card.

The rationale for achieving a technical result and solving the problem.

The implementation of a computer device in the form of an automated workstation for the operator, and its BVD, BM, BUK and BOR units - in the form of software and hardware modules on a 64-bit digital expansion card allows you to automate the process of expert evaluation of the effectiveness of a spatially-separated electronic warfare complex, and thereby , to solve the problem of accelerated expert evaluation of the effectiveness of a spatially-separated electronic warfare complex.

The utility model is illustrated by the drawings presented in figures 1-3. The drawings show:

In FIG. 1 is an electrical block diagram of the inventive device for an expert evaluation of the effectiveness of the PRK EW;

In FIG. 2 is an electrical block diagram of the input data block of the device for expert evaluation of the effectiveness of the REK EW;

In FIG. 3 is an electrical block diagram of a device simulation unit for expertly evaluating the effectiveness of an REB EW.

The positions in the drawings indicate:

1 - input data block (BVD);

2 - modeling unit (BM);

3 - control and monitoring unit (BUK);

4 - display and registration unit (BOR);

5 - DB TTX block of RES carriers - REP objects;

6 - DB block TTX RES - REP facilities;

7 - block DB TTX PRK REB;

8 - database block tasks PRK EW;

9 - a block of the database of criteria for the effectiveness of the PRK EW;

10 - DB unit of indicators of the effectiveness of the PRK;

11 - block shaper model (FM) tasks PRK EW;

12 - block FM resource PRK REB;

13 is a block of FM criteria for the effectiveness of the PRK EW;

14 - a block of FM indicators of the effectiveness of the PRK EW;

15 - digital interface communication line;

16 - automated workstation (AWP);

17 - display;

18 - control panel;

19 is a block of software and hardware modules. Description of a computer device in statics

A computer device for expert assessment of the effectiveness of a spatially-separated electronic warfare complex is intended for automated assessment of the effectiveness of an electronic warfare missile defense under the control of a workstation operator in accordance with the expression:

,

,

where M is the number of tasks assigned to the electronic warfare missile defense; W - an indicator of the effectiveness of the PRK EW; C _i - the coefficient of importance of the i-th task; W _i - an indicator of the effectiveness of the implementation of the PRK EW i-th task.

For this, it is made in the form of an automated workstation 16 (AWP) equipped with a BUK 3 with a control panel 18, a BOR 4 with a display 17, and also equipped with a block of software and hardware modules 19.

The control and monitoring unit 3 (BUK) of the AWP 16 is intended for the automated generation of control actions by the operator’s commands to turn on the computer device, enter the necessary input data, followed by the automatic generation of control actions on the corresponding blocks in the interest of initiating their work, as well as display and control results obtained from the results of the operation of a computer device. It is equipped with a control panel 18. Panel 18 is designed to provide actions for setting up and controlling a computer device for evaluating the effectiveness of an electronic warhead of an electronic warfare.

In general, BUK 3 and its control panel are made in the form of a hardware-software module implemented on a digital computer with 64bit architecture and are connected by the switching signals of the blocks, control commands and data processing sequences with the block of technical and software modules 19.

Block 19 software and hardware modules, designed for installation and electrical connection of hardware and software modules. It is made in the form of a structural module of the 4th level [10] and contains BVD 1, BM 2 interconnected by a digital interface communication line 15. In this case, the first, second and third outputs of the BVD 1 are connected to the first, second and third inputs of BM 2, respectively .

Interface communication line 15, is designed to transmit information in binary code. It is implemented on the basis of the Cisco 831 router [9] using address-based pulse-code signals for information exchange or in the form of an electronic switch of outputs 1.1-1.3 BVD 1 and inputs 2.1-2.3 BM 2 under the control of BUK 3 in real time of "addressless" exchange signals .

BVD 1 is intended for storing information on the performance characteristics of carriers of RES-objects of REP, TTX of RES - objects of REP, TTX of an electronic warfare of electronic warfare, tasks of an electronic warfare of electronic warfare, performance criteria of an electronic warfare of electronic warfare, performance indicators of an electronic warfare of electronic warfare and can be performed, for example, in the form a hardware-software module implemented on a digital computer (digital computer) with 64bit architecture [5]. It contains 15 TTX database memory block 5 connected by an interface line 15, TTX DB memory of the RES objects of the REP, 6 memory block of the TTX DB of the electronic warheads, 7 memory block of the 8th warhead DB of the electronic warheads, 8 memory block of the DB of the electronic warheads of the electronic warfare, 9 memory block Efficiency criteria database, block 10 of the memory of the database of indicators of the effectiveness of the PRK EW.

Block 5 of the memory of the DB TTX of the carriers of the RES-objects of the REB BVD 1 is designed to store information about the corresponding TTX of the carriers of the RES-objects of the REP, can be performed, for example, in the form of memory cards of the database Access [6], implemented on a digital computer with 64bit architecture.

Block 6 of the memory of the database of the TTX of the RES objects of the REP BVD 1 is designed to store information about the corresponding TTX of the RES objects of the REP, can be performed, for example, in the form of memory cards of the database Access, implemented on a digital computer with 64bit architecture.

The memory block 7 of the DB TTX PRK EW REB BVD 1 memory is designed to store information about the corresponding TTX subsystems of the PRK REB and the whole complex as a whole, can be performed, for example, in the form of memory cards for the Access DB implemented on a digital computer with 64bit architecture.

Block 8 of the memory of the database of tasks of the PRK REB BVD 1 is designed to store information about the tasks assigned by the PRK REB, can be performed, for example, in the form of memory cards of the database Access, implemented on computers with 64bit architecture.

Block 9 of the memory of the database of criteria for the effectiveness of the PRK EW BVD 1 is designed to store information about the criteria for the effectiveness of the PRK EW, which can be considered, for example, the energy criterion [7, p. 141], can be performed, for example, in the form of memory cards of the database Access implemented on computers with 64bit architecture.

Block 10 of the memory of the database of indicators of the effectiveness of the PRK EW BVD 1 is designed to store information about the performance indicators of the PRK EW, which can be considered, for example, the mathematical expectation of the number of suppressed RES, weighted by importance [8, p. 9, f. (2)]. It is made in the form of Access database memory cards implemented on a digital computer with 64bit architecture.

In this case, the outputs of block 5 of the memory of the TTX database of the RES carriers - EW objects, block 6 of the memory of the database of the TTX RES - objects of the REP, the memory block 7 of the DB TTX of the electronic warfare of the electronic warfare, of the memory block 8 of the DB of the tasks of the electronic warfare of the electronic warfare form the first output of the BVD 1 Efficiency of the electronic warfare of the REB forms the second output of the BVD 1. The output of the block 10 of the memory of the database of indicators of the effectiveness of the electronic warfare of the EW forms the third output of the BVD 1 BM 1.

The outputs 1.1, 1.2, 1.3 BM 1 through line 15 are connected to the corresponding inputs 2.1,2.2, 2.3 BM 2.

BM 2 is designed to automate the processes of forming a model of missile defense electronic warfare, a resource model of automatic missile defense electronic warfare, a model of performance criteria for electronic missile defense, electronic warfare, and a model of performance indicators for electronic warfare of electronic warfare. It is made, for example, in the form of a hardware-software module implemented on a digital computer with 64bit architecture, and includes block 11 of the model shaper (FM) of the missile defense electronic warfare tasks, block 12 of the FM resource of the missile defense electronic warfare, block 13 of the FM criteria for the effectiveness of the electronic warfare of the electronic warfare, block 14 FM EW performance indicators for electronic warfare.

значения ресурса, требуемого ПРК РЭБ для выполнения i-й задачи, в соответствии с выражением:Block 11 shaper model (FM) tasks PRK REB BM 2 is designed to calculate

the value of the resource required by the EW PRC to fulfill the i-th task, in accordance with the expression:

,

,

,

,

- значение ресурса, требуемого ПРК РЭБ для выполнения i-й задачи; Qⁱ,

- величина и множество значений ресурса ПРК РЭБ для выполнения i-й задачи; X, Ω_X - вектор и множество значений ТТХ ПРК РЭБ; Y₁,

- вектор и множество значений ТТХ носителей РЭС-объектов РЭП; Y₂,

вектор и множество значений ТТХ РЭС-объектов РЭП. Он выполнен в виде вычислителя, реализованного на накопителях жестких магнитных дисков ЦВМ с архитектурой 64bit.Where

- the value of the resource required by the REB EW to perform the i-th task; Q ⁱ

- the magnitude and the set of values of the resource of the PRK REB for the implementation of the i-th task; X, Ω _X is the vector and the set of values of the technical characteristics of the electronic warfare of the electronic warfare; Y ₁

- the vector and the set of TTX values of the carriers of the RES-objects of the REP; Y ₂

vector and the set of values of the performance characteristics of the RES objects of the REP. It is made in the form of a computer, implemented on hard disk drives of digital computers with 64bit architecture.

значения ресурса, располагаемого ПРК РЭБ для выполнения i-й задачи, в соответствии с выражением:Block 12 FM resource PRK REB BM 2 is designed to calculate

the value of the resource available to the EW PRC to perform the i-th task, in accordance with the expression:

,

,

,

,

- значение ресурса, требуемого ПРК РЭБ для выполнения i-й задачи. Он выполнен в виде вычислителя, реализованного на накопителях жестких магнитных дисков ЦВМ с архитектурой 64bit.Where

- the value of the resource required by the REB EW to perform the i-th task. It is made in the form of a computer, implemented on hard disk drives of digital computers with 64bit architecture.

Block 13 FM criteria for the effectiveness of the PRK EW BM 2 is intended to form a criterion for the effectiveness of the implementation of the PRK EW i-th task in accordance with the expression:

,

,

- функция, определяющая m-е требование к ПРК РЭБ при выполнении i-й задачи. Он выполнен в виде устройства, реализованного на накопителях жестких магнитных дисков ЦВМ с архитектурой 64bit.where M is the number of requirements for the electronic warfare missile defense when performing the i-th task;

- the function that determines the m-th requirement for the electronic warheads of the electronic warfare when performing the i-th task. It is made in the form of a device implemented on hard disk drives of digital computers with 64bit architecture.

Block 14 FM performance indicators PRK EW BM 2 is designed to calculate the efficiency indicator W _i perform PRK EW i-th task in accordance with the expression:

,

,

- функция плотности распределения вероятности ресурса Qⁱ. Он выполнен в виде вычислителя, реализованного на накопителях жестких магнитных дисков ЦВМ с архитектурой 64bit. Входы блока ФМ 11 задач ПРК РЭБ и блока 12 ФМ ресурса ПРК РЭБ образуют первый вход БМ 2, вход блока ФМ 13 ФМ критериев эффективности ПРК РЭБ образует второй вход БМ 2, первый вход блока 14 ФМ показателей эффективности ПРК РЭБ образует третий вход БМ 2, а второй вход блока 14 ФМ показателей эффективности ПРК РЭБ соединен с выходами блока 11 ФМ задач ПРК РЭБ, блока 12 ФМ ресурса ПРК РЭБ, блока 13 ФМ критериев эффективности ПРК РЭБ, выход блока 14 ФМ показателей эффективности ПРК РЭБ является выходом компьютерного устройства и входом блока 4.Where

- the density function of the probability distribution of the resource Q ⁱ . It is made in the form of a computer, implemented on hard disk drives of digital computers with 64bit architecture. The inputs of the FM block 11 tasks of the PRC EW and the block 12 FM resource of the PRC EWs form the first input BM 2, the input of the block FM 13 FM criteria for the effectiveness of the PRM REB forms the second input BM 2, the first input of the block 14 FM of the performance indicators of the PRC EW forms the third input BM 2, and the second input of block 14 FM of indicators of effectiveness of the receiver of the electronic warfare module is connected to the outputs of block 11 of the FM tasks of the receiver of the electronic warfare module, block 12 of the FM resource of the receiver of the electronic warfare module, block 13 of the FM criteria for the effectiveness of the receiver of electronic warfare, is the output of the computer device and the input of the block four.

Block 4 display and registration (BOR) is intended for the automated processing of results obtained during the operation of a computer device in accordance with the input data.

To visually display information and research results, BOR 4 is equipped with a 17-type monitor display of the Philips 234E brand.

Description of a computer device in dynamics

The operation of the computer device for evaluating the effectiveness of the electronic warheads of the electronic warfare system includes two stages - the preliminary stage of work and the stage of assessing the effectiveness of the electronic warfare systems.

At the preliminary stage of the operation of the computer device, the database memory of the BVD unit 1 is filled with information. To do this, the AWP operator sends a command from the control panel through the BUK 3 and the digital communication line 15 to the BVD unit 1 (Fig. 1) according to the specified program from a removable storage medium, for example, flash memory (not shown in the drawings) is automatically entered into the corresponding memory block 5 DB TTX of carriers of RES-objects of REP, block 6 DB TTX of RES-objects of REP, 7 DB TTX of PRK REB, block 8 DB of tasks of PRK REB, block 9 DB of criteria of effectiveness of PRK REB, block 10 of DB indicators of effectiveness of PRK REB (Fig. 2).

значения ресурса, требуемого для выполнения состава задач, поступивших с блока 8 БД задач ПРК РЭБ. Результат оценки

,

поступает в блок 14 ФМ показателей эффективности ПРК РЭБ (фиг. 3). После этого блок 12 ФМ ресурса ПРК РЭБ по информации поступившей от блока 5 БД ТТХ носителей РЭС-объектов РЭБ, блока 6 БД ТТХ РЭС-объектов РЭП, блока 7 БД ТТХ ПРК РЭБ, на основе алгоритма определяемого выражением (3), осуществляет оценку ресурса

, располагаемого ПРК РЭБ для выполнения каждой из задач, поступивших с блока 8 БД задач ПРК РЭБ. Результат оценки

,

поступает в блок 14 ФМ показателей эффективности ПРК РЭБ. Одновременно с этим блок 13 ФМ критериев эффективности ПРК РЭБ по информации поступившей от блока 9 БД критериев эффективности ПРК РЭБ, с учетом информации блока 7 БД ТТХ ПРК РЭБ формирует функцию

определяющую принадлежность нечеткого множества требований к выполнению ПРК РЭБ i-й,

задачи из состава назначенных, которая передается в блок 14 ФМ показателей эффективности ПРК РЭБ.Upon completion of the preliminary stage of work, the operator in an automated mode from block 3 of the ACU sends a command to turn the system on. To this end, a control signal is transmitted from the output of block 3 of the ACU through the block 15 of the digital communication line to the input of block 1 of the airborne engine, block 2 of the BM, block 4 of the BOR, initiating the stage of evaluating the effectiveness of the electronic warfare of the electronic warfare. According to this signal, from the output of unit 5 of the TTX DB of the RES-objects of the REP, the output of the block 6 of the TTX of the RES-objects of the REP, the output of the unit of 7 DBs of the TTX of the REK REB, the output of the block of 8 DBs of the tasks of the REK of REB through the block 15 of the digital communication line to the input of block 11 of the FM of the electronic warheads of the electronic warfare system, the input of the block 12 of the FM resource of the electronic warfare systems of the electronic warfare receives information about the performance characteristics of carriers and electronic objects of electronic objects, the technical characteristics of the subsystems of electronic warfare systems and the complex as a whole. After the receipt of the indicated information, the block 11 of the FM tasks of the electronic warfare missile defense based on the implemented algorithm defined by expression (2), evaluates

the value of the resource required to complete the set of tasks received from block 8 of the DB of the missile defense electronic warhead tasks. Evaluation result

,

enters the block 14 FM performance indicators PRK EW (Fig. 3). After this, block 12 of the FM resource of the REB EWS, according to information received from the block 5 TTX DB of the RES electronic objects of the REB, block 6 of the DB TTX of the RES-objects of the REP, block 7 of the TTX DB of the REK REB electronic components, on the basis of the algorithm determined by expression (3), evaluates the resource

available to the EW REK for each of the tasks received from block 8 of the OBD EW mission database. Evaluation result

,

enters the block 14 FM performance indicators PRK EW. At the same time, the block 13 FM criteria for the effectiveness of the electronic warheads of the electronic warfare, according to the information received from the block 9 of the database of the criteria for the effectiveness of the air defense missile systems, forms the function

the defining membership of the fuzzy set of requirements for the implementation of the electronic warfare rocket launcher i

tasks from the assigned, which is transferred to block 14 of the FM indicators of the effectiveness of the REK EW.

задачи из состава назначенных, выполненных блоком 11 ФМ задач ПРК РЭБ, блоком 12 ФМ ресурса ПРК РЭБ, а также результатов вычислений блока 13 ФМ критериев эффективности ПРК РЭБ, составляющих значения функции

,

, определяющих принадлежность нечеткого множества требований к выполнению ПРК РЭБ i-й,

задачи, блок 14 ФМ показателей эффективности ПРК РЭБ, на основании реализованного алгоритма определяемого выражением (4), осуществляет оценку

значения эффективности ПРК РЭБ выполнения i-й,

задачи по показателю W_i,

.Upon completion of the transfer to block 14 of the FM indicators of the effectiveness of the PRK REB results of assessments of the required and available resource necessary for the implementation of each i-th,

tasks from the composition of tasks assigned by block 11 FM of the PRK REB, block 12 FM resource of the PRK REB, as well as the results of the calculation of block 13 FM of the criteria for the effectiveness of the PRK REB, constituting the values of the function

,

defining the membership of a fuzzy set of requirements for the implementation of the EW electronic missile defense i

tasks, block 14 FM performance indicators of the EW PRC, based on the implemented algorithm defined by expression (4), evaluates

the values of the effectiveness of the PRK EW execution i-th,

tasks on the indicator W _i ,

.

,

, с выхода блока 14 ФМ показателей эффективности ПРК РЭБ через блок 15 линий цифровой связи поступают на вход блока 4 БОР, на который также через блок 15 линий цифровой связи поступает информация с блока 1 БВД по исходным данным, хранящихся в соответствующих БД и используемых при оценке

,

. В блоке 4 БОР обрабатываются поступившие результаты в соответствии с алгоритмом, определяемым выражением (1), сопоставляются с данными хранящимися в соответствующих БД, результат которого передается, через блок 15 цифровых линий связи, на вход блока 3 БУК. В блоке 3 БУК производится отображение и контроль результатов, полученных по итогам работы устройства. Таким результатом является значение оценки показателя эффективности

ПРК РЭБ по выполнению M задач. На этом работа устройства для оценки эффективности ПРК РЭБ заканчивается и в блоке 3 БУК вырабатывается управляющий сигнал на остановку работы блока 1 БВД, блока 2 БМ, блока 4 БОР.Evaluation results

,

, from the output of block 14 of the FM indicators of the effectiveness of the EW PRC, through the block of 15 digital communication lines, they enter the input of the BOR block 4, which also receives information from the block 1 of the BVD according to the initial data stored in the corresponding databases and used in the assessment through the block 15 of digital communication lines

,

. In block 4 of the BOR, the received results are processed in accordance with the algorithm defined by expression (1), compared with the data stored in the corresponding databases, the result of which is transmitted, through block 15 of digital communication lines, to the input of block 3 of the BUK. In block 3 of the BUK, the results obtained and the results of the operation of the device are displayed and controlled. This result is the value of the performance indicator

EW RAC for the performance of M tasks. On this, the operation of the device for evaluating the effectiveness of the REB electronic warfare system ends and in block 3 of the BUK, a control signal is generated to stop the operation of block 1 of the air defense unit, block 2 of the BM, block 4 of the BOR.

Industrial applicability. The utility model is made in the form of an automated workplace of the operator. The test results of the utility model showed an increase in the level of automation in evaluating the effectiveness of the electronic warfare EW by 80%.

Sources taken into account in the preparation of the description and claims:

1. RU 126168, IPC: G06N 7/00, 2006;

2. RU 30205, IPC: G06F 19 / 00.2003;

3. RU 29598, IPC: G06F 7/38, 2003;

4. RU 24886, IPC: G06F 15/16, 2002;

5. Tanenbaum, E. Computer Architecture / E. Tanenbaum. Ed. Peter. - 2003. - 704 s;

6. Grinchenko, N.N. Database Design. DBMS Microsoft Access. Textbook / N.N. Grinchenko, E.V. Gusev, N.P. Makarov. Publisher: Hotline - Telecom. - 2004 .-- 432 s;

7. Bobiev, M.P. Fundamentals of the theory of electronic warfare. / M.P. Bobiev, V.D. Kazakov, N.F. Nikolenko et al. Ed. N.F. Nikolenko. M .: Military. published - 1987. - 351 s;

8. Neplyuev, O.N. Method for solving the task of assigning targets to a multipath jamming station / О.N. Neplyuev. Conflict-resistant electronic systems. - No. 19. - 2012 .-- S. 9-13.

9. http://www.cisco.com.

10. Belevtsev, A.T. Repair and maintenance of computers / A.T. Belevtsev. M .: Higher school. - 1990. - 319 s

Claims (6)

1. A computer device for the expert evaluation of the effectiveness of a spatially distributed electronic warfare complex (RCS EW), characterized in that it is made with the possibility of expert evaluation of the effectiveness of the RCS EW in accordance with the expression:

where Μ - the number of tasks assigned to the EW PRK; W - an indicator of the effectiveness of the PRK EW; With _i - the coefficient of importance of the i-th task; W _i - an indicator of the effectiveness of the execution of the electronic warfare of the electronic warfare of the i-th task and contains an input data block (BVD), a simulation block (BM), a control and monitoring unit (BUC), a display and registration unit (BOR) interconnected by a digital interface line of communication, moreover, the BVD includes a memory block of the database of the tactical and technical characteristics (TTX) of the carriers of the radio electronic equipment - objects of electronic suppression (REP), the memory block of the database TTX RES - of the objects of the REP, the memory block of the database TTX PRK electronic warfare, the task database of the electronic warfare electronic warfare, memory block Efficiency criteria database of the EW PRC, memory block Efficiency factors of the EW REK, BM module includes a block of the model shaper (FM) of the EWS REK tasks, an FM resource block of the EWS REB, a block of FM criteria for the effectiveness of the EWS REB, a block of FM indicators for the effectiveness of the EWS REB, and the output of the memory block of the TTX database of the carriers of the RES - REP objects, the output of the memory block of the database of the TTX RES electronic components - the objects of the REP, the output of the memory of the database of the database of the tasks of the electronic defense of the electronic warfare are connected to the input of the FM block of the tasks of the electronic warfare of the electronic warfare and the input of the FM block of the resource of the electronic warfare of electronic warfare with the input of the block of FM criteria eff the activity of the electronic warfare receiver EW, the output of the memory block of the database of the performance indicators of the electronic warfare of the electronic warfare is connected to the first input of the block FM of the performance indicators of the airspace of the electronic warfare, the output of the block of the FM tasks of the airspace of the electronic warfare, and the output of the block of the FM resource of the airspace of the electronic warfare block FM performance indicators PRK REB, the output of which is the output of a computer device. 2. The computer device according to claim 1, characterized in that the FM unit of the electronic missile defense missile defense tasks is designed as a calculator of the required resource

RC EW for the implementation of the i-th task in accordance with the expression:

Where

- the value of the resource required by the REB EW to perform the i-th task;

- the magnitude and the set of values of the resource of the PRK REB for the implementation of the i-th task;

- the vector and the set of values of the technical characteristics of the electronic missile defense;

- the vector and the set of TTX values of the carriers of RES - objects of the REP;

vector and the set of values of the performance characteristics of the RES - objects of the REP. 3. The computer device according to claim 1, characterized in that the FM resource block of the PRK REB is made in the form of a calculator of the available resource

RC EW for the implementation of the i-th task in accordance with the expression:

Where

- the value of the resource required by the REB EW to perform the i-th task. 4. The computer device according to claim 1, characterized in that the block of FM criteria for the effectiveness of the EWS of the electronic warfare is made in the form of a device that performs the formation of a criterion for the effectiveness of the execution of the EWS of the i-th task in accordance with the expression:

where Μ - the number of requirements for the electronic warheads of the electronic warfare when performing the i-th task;

- the function that determines the m-th requirement for the electronic warheads of the electronic warfare when performing the i-th task. 5. The computer device according to claim 1, characterized in that the block of FM indicators of the effectiveness of the EWS of the electronic warfare is made in the form of a calculator of the efficiency indicator W _{i of the} execution of the EWS of the electronic warfare of the i-th task in accordance with the expression:

Where

- function of the probability density distribution of the resource

6. The computer device according to claim 1, characterized in that it is made in the form of an operator's automated workstation, and its BVD, BM, BUK and BOR units are made in the form of hardware and software modules on a 64-bit architecture digital expansion card.

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