RU19333U1 - AUTOMATED WORKPLACE OF THE OPERATOR OF A SHIP BATTLE BATTLE INFORMATION-MANAGEMENT SYSTEM OR BATTLE INFORMATION-MANAGEMENT SYSTEM OF SHORE BASING - Google Patents

Abstract

1. The automated workstation of the operator of the combat information management system, comprising a first graphic information display device, a first random access memory, a first long-term storage device and a first keyboard, characterized in that it further comprises a first local area network information exchange trunk, a second information exchange trunk LAN, the first electronic computer, the first LAN adapter, the second LAN adapter, co a pointer device, a first system interface highway, a second long-term storage device, a second electronic computer, a third LAN adapter, a fourth LAN adapter, a second random access memory device, a graphic information display device adapter, a second graphic information display device, a first adapter long-term storage device interface, third long-term storage device, first redundant cartoon adapter Plex channel, second system interface bus, third electronic computer, fifth LAN adapter, sixth LAN adapter, third random access memory device, second long-term memory interface adapter, third system interface highway, second redundant multiplex channel adapter, third redundant adapter multiplex channel, while the first electronic computer is made in the form of a single-board electronic computer

Description

Automated workplace of the operator of a naval combat information management system or combat information management system of a coastal base

The utility model relates to information and control systems and is designed to collect information, solve combat missions and generate control signals for weapons systems and technical means, in particular, ship weapons and coast-based weapons.

Known microprocessor system 1, containing several microcomputers with individual memory devices and several common memory devices, each of which is associated with two microcomputers. When working with individual memory, microcomputers can execute programs independently of each other. For the exchange of information between microcomputers shared memory devices are used.

The disadvantages of this system include the lack of the ability to exchange data directly between individual microcomputer storage devices, as well as the limited number of connected microcomputers to one common storage device, which reduces the performance of information exchange in the system.

Known microprocessor system 2, consisting of several autonomous microprocessors connected through a system bus with a common external memory. The exchange of information between microprocessors is via shared memory. Access autonomous microprocessors to the shared memory is provided by the distributor of the system bus. Such an organization of the system is preferable to the previous one, since all microprocessors have the same capabilities when using shared memory.

IPC G01F 15/16

The main disadvantage of this system is the inability to directly exchange information between microprocessors, which reduces system performance.

Known multiprocessor system 3, which contains microprocessors connected by two-way communications through a device for interfacing with a memory device, and a resource allocation device that performs the functions of a system dispatcher.

The disadvantage of this system is that the resource allocation device provides scheduling only of tightly connected subtasks without taking into account interruptions of calculations, for example, for input / output.

Known multi-microprocessor system 4, containing n Executive microprocessor blocks, microprocessor I / O blocks, a storage device, a communication device with memory, a switching unit and a clock generator, while the information input-output, address and control inputs of the storage device are associated respectively with the information input -exit, address and first control inputs of each microprocessor unit, as well as information input, address and first control outputs of the device Due to memory-keeping. The synchronization of the system elements is carried out by signals from the clock generator.

The disadvantage of this system is the lack of test control and control of the correct functioning of the devices included in its composition, as well as the complexity of controlling the computing process of the system.

Also known multiprocessor ship control computing system 5, which is the technical essence closest to the proposed system. The prototype system contains microprocessors and an external random access memory (first random access memory) connected to the input / output ports with the first interface highway, information input blocks connected via the second interface highway to the second input / output port of the third microprocessor, a clock generator connected an output to the synchronization inputs of all microprocessors and a switch connected by inputs to the outputs of the information output unit associated with the input / output port fourth interface

trunk with a second input / output port of the fourth microprocessor. The system also contains an adapter connected to the input / output port via the third interface highway with the input / output port of the control panel 1-1 and the second input / output port of the second microprocessor, a second external storage device (the first long-term storage device) connected to the exchange bus with the corresponding input / output of the second microprocessor, as well as the first and second shapers-distributors of control signals connected respectively to the first and second groups of outputs of the switch. In this case, the control inputs and control outputs of all microprocessors are connected respectively to the output and to the first input of the adapter, the second controlled input of which is connected to the fourth output of the control panel, the first, second and third control outputs of which are connected to the controlled inputs of the switch and both forms respectively: :; distributors of control signals, and the first control output of the control panel is also connected to the control input of the first microprocessor. The control panel contains a keyboard (main keyboard) and a video indicator (the first graphic information display device).

The objective of the utility model is to create an automated workplace for the operator of a naval combat information-control system or a combat information-based coast-based control system with versatility, wider functionality, enhanced reliability and fault tolerance.

The essence of the utility model lies in the fact that the automated workstation of the operator of the combat information control system, comprising a first graphic information display device 1, a first random access memory 2, a first long-term memory 3 and a first keyboard 4, further comprises

the first highway 5 information exchange of the local network,

- 3 first adapter 8 of the local network,

second LAN adapter 9,

pointing device 10,

the first system interface highway 12,

a second long-term storage device 13,

a second electronic computer 14,

third LAN adapter 15,

fourth LAN adapter 16,

second random access memory 17,

an adapter 18 for a graphic information display device,

a second graphic information display device 19,

a first long-term storage interface adapter 20,

third long-term storage device 21,

the first redundant multiplex channel adapter 36,

a second system interface highway 27,

third electronic computer 28,

fifth LAN adapter 29,

sixth LAN adapter 30,

third random access memory 31,

a second long-term storage interface adapter 32,

a third system interface bus 35,

a second redundant multiplex channel adapter 37,

the third adapter 38 redundant multiplex channel

wherein

the first electronic computer 7 is made in the form of a single-board electronic computer that has a video output, input-output for connecting a random access memory, input-output of the first interface of long-term storage devices, input-output of the second interface of long-term storage devices, input-output of the interface keyboards, input-output of the interface of the first serial channel, input-output of the interface of the second serial channel, input-output of the interface of the parallel channel.

input-output of the system interface highway, the first and second outputs of digital input-output,

the second electronic computer 14 has an input-output of the system interface highway, input-output for connecting a random access memory, input-output of the interface of the first serial channel, input-output of the interface of the second serial channel, input-output of the parallel channel interface,

the third electronic computer 28 has an input-output system interface line, input-output for connecting random access memory,

the input-output of the second interface of long-term storage devices of the first electronic computer 7 is the input-output 39 of the interface of external long-term storage devices of the workstation of the operator of the combat information control system,

the input-output interface of the parallel channel of the first electronic computing machine 7 is the input-output 41 of the interface of the first parallel channel of the automated workstation of the operator of the combat information-control system,

the input-output interface of the first serial channel of the first electronic computer 7 is the input-output 42 of the interface of the first serial channel of the workstation of the operator of the combat information-control system,

the first and second adapters 8 and 9 of the local network are connected to the input-output of the system interface bus of the first electronic computer 7 using the first system interface bus 12

the output of the first adapter 8 of the local network is connected to the first highway 5 of the information exchange of the local network,

the output of the second adapter 9 of the local network is connected to the second highway 6 of the information exchange of the local network,

- 5 to the input-output for connecting a random access memory of the first electronic computer 7 connected to the first random access memory 2

the first long-term storage device 3 is connected to the input-output of the first interface of long-term storage devices of the first electronic computer 7

the first keyboard 4 is connected with the input-output of the keyboard interface of the first electronic computer 7 or with the input-output of the keyboard interface of the second electronic computing machine 14,

coordinate-pointing device 10 is connected to the input-output of the second serial channel of the first electronic computer 7 or the input-output of the first serial channel of the second electronic computer 14,

the third and fourth LAN adapters 15 and 16, the adapter 18 of the graphic information display device, the first adapter 20 of the interface of long-term storage devices are connected to the input-output of the system interface line of the second electronic computer 14 using the second system interface line 27

the first adapter 36 of the redundant multiplex channel is connected to the second system interface bus 27 or to the third system interface bus 35,

the output of the third adapter 15 of the local network is connected to the first highway 5 of the information exchange of the local network,

the output of the fourth adapter 16 of the local network is connected to the second highway 6 information exchange of the local network,

a second random access memory 17 is connected to the input / output for connecting a random access memory of the second electronic computer 14

a second graphic information display device 19 is connected to the video output of the adapter 18 of the graphic information display device.

to the input-output of the first adapter 20 of the interface of long-term storage devices connected to the second long-term storage device 13,

the input-output interface of the parallel channel of the second electronic computing machine 14 is the input-output 44 of the interface of the second parallel channel of the automated workstation of the operator of the combat information-control system,

the input-output interface of the second serial channel of the second electronic computer 14 is the input-output 45 of the interface of the second serial channel of the automated workstation of the operator of the combat information-control system,

the input-output of the first adapter 36 of the redundant multiplex channel is the input-output 46 of the first redundant multiplex channel of the automated workstation of the operator of the combat information-control system,

the fifth and sixth adapters 29 and 30 of the local network, the second adapter 32 of the long-term storage device interface, the second adapter 37 of the redundant multiplex channel, the third adapter 38 of the redundant are connected to the input / output of the system interface bus of the third electronic computer 28 using the third system interface bus 35 multiplex channel

the output of the fifth adapter 29 of the local network is connected to the first highway 5 of the information exchange of the local network,

the output of the sixth adapter 30 of the local network is connected to the second highway b information exchange of the local network,

to the input-output for connecting a random access memory of the third electronic computing machine 28 is connected to the third random access memory 31,

to the input-output of the second adapter 32 of the interface of long-term storage devices connected to a third long-term storage device 21,

the channel channel of the automated workstation of the operator of the combat information management system,

the input-output of the third adapter 38 of the redundant multiplex channel is the input-output 48 of the third redundant multiplex channel of the automated workstation of the operator of the combat information-control system.

In addition, in the proposed automated workplace of the operator of the ship’s combat information-control system or combat information-control system, coast-based:

coordinate-pointing device 10 is made in the form of a Trackball type manipulator;

the first device 1 display graphic information is made in the form of an active transistor matrix;

the first, second and third long-term storage devices 3, 13 and 21 are made on elements of non-volatile electro-reprogrammable memory;

the first electronic computer 7 has an input-output interface of the drives on the floppy disks, which is the input-output 40 of the interface of the drives on the floppy disks of the automated workstation of the operator of the combat information control system;

the inputs and outputs of the first, second and third 46, 47 and 48 redundant multiplex channels are inputs and outputs of the automated workplace of the operator of the combat information and control system for connecting electronic weapons systems;

coordinate pointing device 10 may be connected to the input-output of the second serial channel of the first electronic computing machine 7 or the input-output of the first serial channel of the second electronic computer 14 by direct connection;

the first keyboard 4 may be connected to the input-output of the keyboard interface of the first electronic computer 7 or

input-output of the keyboard interface of the second electronic computer 14 by direct connection;

the pointing device 10 may be connected with the input-output of the second serial channel of the first electronic computer 7 or the input-output of the first serial channel of the second electronic computer 14 using a demultiplexer 11, the input of which is connected to the coordinate-pointing device 10, the first output of the demultiplexer 11 is connected to the input output of the second serial channel of the first electronic computer 7, and its second output is connected to the input-output of the first follower th channel of the second electronic computer 14, the control input of the demultiplexer 11 is connected to the first output of the digital input-output of the first electronic computer 7;

the first keyboard 4 can be connected to the input / output of the keyboard interface of the first electronic computer 7 or to the input / output of the keyboard interface of the second electronic computer 14 using a demultiplexer 43, the input of which is connected to the first keyboard 4, the first output of the demultiplexer 43 is connected to input-output of the keyboard interface of the first electronic computer 7, and its second output is connected to the input-output of the keyboard interface of the second electronic computer 14, the control input demultip lexor 43 is connected to the second output of the digital input-output of the first electronic computer 7.

The proposed automated workstation of the operator of the combat information management system may further comprise:

a keyboard adapter 23 and a second keyboard 24, while a keyboard adapter 23 is connected to the input output of the system interface line of the second electronic computer 14, to the input-output of which a second keyboard 24 is connected;

a digital I / O adapter 25, a control and management panel 26, while an input / output adapter 25 to which a control and control panel 26 is connected is connected to an input-output of a system interface line of the second electronic computer 14;

made on the elements of non-volatile electro-reprogrammable memory additional long-term storage device 22 connected to the input-output interface of long-term storage devices of the first electronic computing machine 7;

performed on the elements of non-volatile electro-reprogrammable memory additional long-term storage device 33 connected to the input-output of the first adapter 20 of the interface of long-term storage devices;

made on the elements of non-volatile electro-reprogrammable memory additional long-term storage device 34 connected to the input-output of the second adapter 32 of the interface of long-term storage devices.

The essence of the utility model is illustrated by drawings, which depict:

in FIG. 1 - one of the variants of the functional diagram of the automated workstation of the operator of the combat information management system;

in FIG. 2 - another version of the functional diagram of the automated workstation of the operator of the combat information management system;

In FIG. 1, 2 are indicated:

1 - the first device for displaying graphic information;

2 - the first random access memory;

3 - the first long-term storage device;

4- first keyboard;

5 - the first highway of information exchange of a local network;

6 - the second highway of information exchange of a local network;

7 - the first electronic computer;

8 - the first LAN adapter;

9- second LAN adapter;

- 10 rubles. 12-first system interface bus; 13-second long-term storage device; 14-second electronic computer; 15th third LAN adapter; 16th LAN adapter; 17-second random access memory; 18-adapter graphics display device; 19-second graphic information display device; 20-first long-term storage interface adapter 21-third long-term storage device; 22nd long-term storage device; 23-keyboard adapter; 24-second keyboard; 25-adapter digital input-output; 26-panel control and management; 27-second system interface highway; 28th electronic computer; 29th LAN adapter; 30th LAN adapter; 31-third random access memory; 32-second long-term memory interface adapter 33rd long-term storage device; 34th long-term storage device; 35th system interface bus; 36-first redundant multiplex channel adapter; 37-second redundant multiplex channel adapter; 38th redundant multiplex channel adapter; 39-input-output interface of external long-term memory storage; 40-input-output interface of information storage devices on flexible disk drives;

43-second demultiplexer;

44-input-output interface of the second parallel channel;

45-input-output interface of the second serial channel;

46-input-output of the first redundant multiplex channel;

47-input-output of the second redundant multiplex channel;

48-input-output of the third redundant multiplex channel. The first highway 5 information exchange of the local network and

the second line b of the local area network information exchange is intended for transmitting information between the first, second and third electronic computers 7, 14, 28 (Fig. 1, 2). The first and second highways 5 and b of the local area network information exchange, as well as the first, second, third, fourth, fifth and sixth adapters 8, 9, 15, 16, 29 and 30 of the local area network, are made in accordance with the Ethernet standard.

The proposed automated workstation of the operator of the ship’s combat information management system (Fig. 1, 2) has three electronic computers 7, 14, 28.

The first electronic computing machine 7 is designed to operate with the first graphic information display device 1 and is designed as a single-board PC-compatible electronic computing machine having a video output, input-output for connecting a random access memory, input-output of the first interface of long-term storage devices, input -exit of the second interface of long-term storage devices, input-output of the keyboard interface, input-output of the interface of the first serial channel, input- the interface output of the second serial channel, the input-output of the parallel channel interface, the input-output of the system interface bus, the first and second outputs of digital input-output. When connecting the first keyboard 4 to the first computing machine 7 directly (Fig. 2) or by means of a demultiplexer 43, the work of the workstation is controlled by the first electronic computer 7.

The second electronic computer 14 is designed to control the work of the workstation using the first (main) keyboard 4, the second (additional) keyboard

24 and panel 26 control and management.

Also, the second electronic computer 14 provides operation with the second graphic information display device 19.

The second electronic computer 14 has an input-output of the system interface highway, input-output for connecting a random access memory, input-output of the interface of the first serial channel, input-output of the interface of the second serial channel, input-output of the parallel channel interface.

The third electronic computer 28 is designed to interact via redundant multiplex channels with external systems, for example, weapon systems and technical means.

The third electronic computer 28 has an input-output system interface line 35, input-output for connecting random access memory.

The input-output of the system interface highway 12 of the first electronic computer 7 is made in accordance with the standard PC / 104.

Long-term storage devices 3, 13, 21, 22 ,. 33, 34 are made on elements of non-volatile electro-reprogrammable memory.

The input-output of the second interface of long-term storage devices of the first electronic computer 7 is the input-output 39 of the interface of external long-term storage devices of the automated workstation of the operator of the combat information control system. As external long-term storage devices can be used drives using non-volatile electro-reprogrammable memory, hard disk drives, optical disk drives and other devices.

The input-output interface of the parallel channel of the first electronic computing machine 7 is the input-output 41 of the interface of the first parallel channel of the automated workstation of the operator of the combat information control system.

face of the first serial channel of the automated workstation of the operator of the combat information-control system.

The first and second adapters 8 and 9 of the local area network are connected to the input-output of the system interface bus of the first electronic computer 7 using the first system interface bus 12.

The output of the first adapter 8 of the local network is connected to the first highway 5 of the information exchange of the local network.

The output of the second adapter 9 of the local network is connected to the second line 6 of the information exchange of the local network,

To the video output of the first electronic computer 7 is connected to the first device 1 display graphic information.

The input-output for connecting random access memory of the first electronic computer 7 is connected to the first random access memory 2.

The first long-term storage device 3 (Fig. 2) or the first and fourth long-term storage devices 3 and 22 (Fig. 1) are connected to the input-output of the first interface of long-term storage devices of the first electronic computer 7.

The pointing device 10 is connected to the input-output of the second serial channel of the first electronic computer 7 or the input-output of the first serial channel of the second electronic computer 14 by direct connection (Fig. 2) or by means of a demultiplexer 11, the input of which is connected to coordinate-pointing device 10. In this case, the first output of the demultiplexer 11 is connected to the input-output of the second serial channel of the first electronic computer 7, and its second output Connected to the input-output of the first serial channel of the second electronic computer 14, the control input of the demultiplexer 11 is connected to the first output of the digital input-output of the first electronic computer 7 (Fig. 1).

- 14 keyboard interface of the second electronic computer 14 by direct connection (Fig. 2) or by using the demultiplexer 43, the input of which is connected to the first keyboard 4. In this case, the first output of the demultiplexer 43 is connected to the input-output of the keyboard interface of the first electronic computer 7, and its second output is connected to the input-output of the keyboard interface of the second electronic computer 14, the control input of the demultiplexer 43 is connected to the second output of the digital input-output of the first electronic Learning Machine 7.

The third and fourth LAN adapters 15 and 16, the adapter 18 of the graphic information display device, the first adapter 20 of the long-term storage device interface are connected to the input-output of the system interface bus of the second electronic computer 14 using the second system interface bus 27.

The first redundant multiplex channel adapter 36 is connected to a second system interface bus 27 or to a third system interface bus 35.

The output of the third adapter 15 of the local network is connected to the first highway 5 of the information exchange of the local network.

The output of the fourth adapter 16 of the local network is connected to the second highway 6 information exchange of the local network.

To the input-output for connecting random access memory of the second electronic computer 14 is connected to a second random access memory 17

A second graphic information display device 19 is connected to the video output of the adapter 18 of the graphic information display device,

A second long-term memory 13 (FIG. 2) or a second and fifth long-term memory 13 and 33 are connected to the input-output of the first adapter 20 of the long-term storage device interface.

The input-output of the interface of the parallel channel of the second electronic novelty: the search engine 14 is the input-output of the interface of the second parallel channel of the automated workstation of the operator of the combat information-control system.

The input-output interface of the second serial channel of the second electronic computer 14 is the input-output 45 of the interface of the second serial channel of the automated workstation of the operator of the combat information-control system.

The input-output of the first adapter 36 of the redundant multiplex channel is the input-output 46 of the first redundant multiplex channel of the automated workstation of the operator of the combat information-control system.

The fifth and sixth adapters 29 and 30 of the local network, the second adapter 32 of the interface of long-term storage devices, the second adapter 37 of the redundant multiplex channel, the third adapter 38 of the redundant channel are connected to the input-output of the system interface bus of the third electronic computing machine 28 using the third system interface bus 35 multiplex channel.

The output of the fifth adapter 29 of the local network is connected to the first highway 5 of the information exchange of the local network.

The output of the sixth adapter 30 of the local network is connected to the second line 6 of the information exchange of the local network.

To the input-output for connecting random access memory of the third electronic computer 28 is connected to the third random access memory 31.

A third long-term memory 21 (Fig. 2) or a third and sixth long-term memory 21 and 34 (Fig. 1) are connected to the input-output of the second adapter 32 of the long-term storage device interface.

The input-output of the second adapter 37 of the redundant multiplex channel is the input-output 47 of the second redundant multiplex channel of the automated workstation of the operator of the combat information-control system.

Input-output of the third adapter 38 redundant multiplex

The channel is the input-output 48 of the third redundant multiplex channel of the automated workstation of the operator of the combat information and control system.

The first graphic information display device 1 is intended to display information about the external environment, information about the state of external systems connected to the automated workstation of the operator of the combat information-control system, target forms, navigation information, information about the state of the weapon, and so on. Also, if necessary, duplication of the information displayed on the second graphic information display device 19 is possible on the first graphic information display device 1.

The first device 1 display graphic information is made in the form of an active transistor matrix.

The first graphic information display device 1 has a high resolution and provides a full color image.

The second graphic information display device 19 may be implemented, for example, in the form of an electroluminescent panel. The second graphic information display device 19 is intended to display information about the operating modes of the automated workplace of the operator of the combat information-control system (Main, Regulations, Training of personnel and others) and the state of operability of the automated workplace of the operator of the combat information-control system. In addition, the second graphic information display device 19 is used as an electronic control panel on which special controls and actions that are performed with them using the pointing device 10 are displayed.

The adapter 18 of the graphic information display device is a video adapter (controller) that converts digital signals into control signals of the device 19, necessary for forming an image on its screen, for example, RGB signals according to VGA, SVGA and other well-known standards. The purpose of the video adapter, the principles of the formation of the video signal, as well as the principles of its programming are discussed, for example, in book b, her. 8-15.

The inputs and outputs of the 46, 47 and 48 redundant multiplex channels are the inputs and outputs of the automated workstation of the operator of the combat information and control system for connecting electronic weapons systems.

The operator’s automated workstation may also include a keyboard adapter 23 and a second keyboard 24, while a keyboard adapter 23 is connected to the input of the system interface line of the second electronic computer 14, and a second keyboard 24 is connected to the input-output of the keyboard.

The operator’s automated workstation may include a digital input-output adapter 25, a control and control panel 26, while a digital input-output adapter 25, to which a control and control panel 26 is connected, is connected to the input-output of the system interface line of the second electronic computer 14 . The control and control panel 26 contains a set of buttons (keyboard) connected, for example, to a power source and a set of indicators. The buttons are used to enter data and control commands. Indicators are used to confirm the reception and various stages of the execution of the entered commands.

The first electronic computer 7 may have an input-output interface of the drives on the floppy disks, which is the input-output 40 of the interface of the drives on the floppy disks of the automated workstation of the operator of the combat information-control system.

The first keyboard 4 and the second keyboard 24 are designed to control the work of the automated workplace of the operator of the combat information management system.

As the pointing device 10, trackball, mouse, joystick, and so on can be used.

Inputs-outputs 46, 47, 48 of the first, second and third redundant multiplex channels are made in accordance with GOST 26765.52-87 (Manchester).

The ability to connect external long-term storage devices allows you to increase the volume of long-term storage devices in the automated workplace of the operator of the combat information management system, and also allows you to enter

combat information management system and the output from it of information, for example, electronic maps, elements of physical maps obtained using digitizers and other similar devices. This is necessary to configure and diagnose the system, document, enter software, and create backup copies of working information. For purposes of input / output of information, an external drive on floppy disks, serial and parallel channels, as well as the first line 5 of information exchange of the local network and the second line 6 of information exchange of the local network can be used. A printing device can be connected to the inputs and outputs 41 and 44 of the interfaces of the first and second parallel channels, which provides documentation of the work of the automated workplace of the operator of the combat information-control system. The inputs and outputs 41 and 44 of the interfaces of the first and second parallel channels and the inputs and outputs 42 and 45 of the interfaces of the first and second serial channels, as well as the first line 5 of the local network information exchange and the second line b of the local network information exchange can be used to communicate the operator’s workstation combat information management system with a repair or factory stand.

The automated workplace of the operator of the ship’s combat information-control system or combat information-control system of the coastal base works as follows.

After turning on the power and performing the self-test procedure (POST procedure) on the first electronic computer 7, the second electronic computer 14 and the third electronic computer 28, the kernel of the QNX 4.2x operating system, the process manager, and the file system manager are loaded. At the end of loading the operating system, a system initialization file is executed.

In the process of initializing the system, after loading device managers and network managers, system startup tests are performed. Testing of the first electronic computer 7, the second electronic computer 14, and the third electronic computer 28 takes place simultaneously, which significantly reduces the time the system is ready for operation. During the test, the state of the first electronic computer 7, the second electronic computer 14, the third electronic computer 28, the first random access memory 2, the second random access memory 17, the third random access memory 31, the first and second adapters 20, and 32 interfaces of long-term storage devices, first and second interfaces of serial channels of the first electronic computer 7, parallel channel interface the first electronic computing machine 7, the first and second serial channel interfaces of the second electronic computing machine 14, the parallel channel interface of the second electronic computing machine 14. In addition, testing of the first, second, third, fourth, fifth and sixth adapters 8, 9, 15, 16, 29, 30 of the local network and the state of the first line 5 of the local network information exchange and the second line b of the local network information exchange is determined. When passing the start-up tests, the status of redundant multiplex channels is also checked.

At the end of the start-up tests, control is transferred to the main control program. The test results of the system hardware are displayed on the second graphic information display device 19. Based on the test results, the system can be recognized as serviceable, workable (the presence of malfunctions that do not lead to complete degradation of the system), or malfunctioning.

In the event of a system malfunction, it is only possible to run system monitoring and diagnostics programs to localize the malfunction. System monitoring and diagnostics programs include a set of software modules that enable localization of equipment malfunctions accurate to a replaceable module, an indication of the location of the faulty module, and help information needed for repairs.

If the system is operational or functional, it is possible to execute the main control program or the system monitoring and diagnostics program at the request of the operator.

- 20 prints data reception from information sources (radar stations, navigation systems, weapon systems and others) through redundant multiplex channels to the combat information-control system, solving combat missions and issuing commands via redundant multiplex channels to information consumers (weapons and hardware).

The use of two identical highways 5 and b of the information exchange of the local network increases the fault tolerance of the system. In case of failure of one of the lines of information exchange of the local network or the adapters of the local network connected to this line, the exchange of information is carried out through another line of information exchange and the adapters of the local network connected to it.

Thus, the proposed workplace of the operator of a naval combat information-control system or information-based coastal control system has versatility, wider functionality and increased reliability of operation and fault tolerance. An automated workstation allows you to increase functionality by increasing the capacity and number of drives, connecting additional electronic computers and additional adapters.

The presented drawings and the description of the automated workplace allow, using the existing element base, to manufacture it industrially and use it to collect information, solve combat missions and generate control signals for weapons systems and hardware, which characterizes the proposed utility model as industrially applicable.

Sources of information.

1.US Patent No. 4065809, CL G06F 15/16, 1977.

2.US Patent No. 3959775, CL G06F 15/16, 1976.

3.Aut. St. USSR No. 742943, class G06F 15 / 16.1980.

4.Aut. St. USSR No. 907551, class G06F 15/16, 1982

Claims (15)

1. The automated workstation of the operator of the combat information management system, comprising a first graphic information display device, a first random access memory, a first long-term storage device and a first keyboard, characterized in that it further comprises a first local area network information exchange trunk, a second information exchange trunk LAN, the first electronic computer, the first LAN adapter, the second LAN adapter, co a pointer device, a first system interface highway, a second long-term storage device, a second electronic computer, a third LAN adapter, a fourth LAN adapter, a second random access memory device, a graphic information display device adapter, a second graphic information display device, a first adapter long-term storage device interface, third long-term storage device, first redundant cartoon adapter Plex channel, second system interface bus, third electronic computer, fifth LAN adapter, sixth LAN adapter, third random access memory device, second long-term memory interface adapter, third system interface highway, second redundant multiplex channel adapter, third redundant adapter multiplex channel, while the first electronic computer is made in the form of a single-board electronic computer others, which has a video output, input-output for connecting random access memory, input-output of the first interface of long-term storage devices, input-output of the second interface of long-term storage devices, input-output of the keyboard interface, input-output of the interface of the first serial channel, input-output interface of the second serial channel, input-output of the parallel channel interface, input-output of the system interface line, the first and second outputs of digital input-output, the second electronic - the computer has an input-output of the system interface highway, input-output for connecting a random access memory, input-output of the interface of the first serial channel, input-output of the interface of the second serial channel, input-output of the interface of the parallel channel, the third electronic computer has an input -exit of the system interface highway, input-output for connecting random access memory, input-output of the second interface of long-term storage devices of the first electronic electronic computer is the input-output interface of external long-term storage devices of the automated workstation of the operator of the combat information-control system, the input-output interface of the parallel channel of the first electronic computer is the input-output interface of the first parallel channel of the automated workstation of the operator of the combat information-control system systems, input-output interface of the first serial channel of the first electronic computer is the input-output interface of the first serial channel of the automated workstation of the operator of the combat information-control system, the first and second adapters of the local network are connected to the input-output of the system interface line of the first electronic computer using the first system interface line, and the video output of the first electronic-computer the machine is connected to the first device for displaying graphic information, to the input-output for connecting a random access memory The first electronic computer is connected to the first random access memory, the first long-term memory is connected to the input-output of the first long-term memory interface of the first electronic computer, the first keyboard is connected to the input-output of the keyboard interface of the first electronic computer or the output of the keyboard interface of the second electronic computer, the pointing device is connected to the input-output of the second the research channel of the first electronic computer or the input-output of the first serial channel of the second electronic computer, the third and fourth LAN adapters, the adapter of the graphic display device, are connected to the input-output of the system interface line of the second electronic computer using the second system interface line information, the first long-term storage interface adapter, the first redundant multiplex channel adapter It is connected to the second system interface bus or to the third system interface bus, to the input / output for connecting the random access memory of the second electronic computer, the second random access memory is connected, the second graphic information display device is connected to the video output of the graphic information display adapter, the output of the first adapter of the interface of long-term storage devices connected to the second long-term storage device The input-output interface of the parallel channel interface of the second electronic computer is the input-output interface of the second parallel channel of the automated workstation of the operator of the combat information-control system, the input-output interface of the second serial channel of the second electronic computer is the input-output of the second serial interface channel of the automated workstation of the operator of the combat information-control system, input-output of the first adapter of the reserve The specified multiplex channel is the input-output of the first redundant multiplex channel of the automated workstation of the operator of the combat information-control system; the fifth and sixth LAN adapters are connected to the input-output of the system interface line of the third electronic computer using the third system interface line, and the second interface adapter long-term storage devices, a second redundant multiplex channel adapter, a third redundant adapter of the specified multiplex channel, a third random access memory is connected to the input / output for connecting a random access memory of a third electronic computer, a third long-term storage device, an output of the first LAN adapter, and a third output are connected to the input-output of the second adapter of the long-term memory interface and the output of the fifth LAN adapter is connected to the first LAN data exchange trunk, the output of the second adapter LAN, as well as the output of the fourth and the sixth adapters of the local network are connected to the second line of information exchange of the local network, the input-output of the second adapter of the redundant multiplex channel is the input-output of the second redundant multiplex channel of the automated workstation of the operator of the combat information-control system, the input is the output of the third adapter of the redundant multiplex channel is the input-output of the third redundant multiplex channel th e operator workplace combat information and control system.  2. The automated workstation according to claim 1, characterized in that the pointing device is made in the form of a Trackball type manipulator.  3. The automated workstation according to claim 1, characterized in that the first graphic information display device is made in the form of an active transistor matrix.  4. The automated workstation according to claim 1, characterized in that the first, second and third long-term storage devices are made on elements of non-volatile electro-reprogrammable memory.  5. The automated workstation according to claim 1, characterized in that the first electronic computer has an input-output interface of the drives on the flexible magnetic disks, which is the input-output of the interface of the drives on the flexible magnetic disks of the automated workstation of the operator of the combat information-control system .  6. The automated workstation according to claim 1, characterized in that the inputs and outputs of the first, second and third redundant multiplex channels are inputs and outputs of the automated workstation of the operator of the combat information and control system for connecting electronic weapons systems.  7. The automated workstation according to claim 1, characterized in that the pointing device is connected to the input-output of the second serial channel of the first electronic computer or the input-output of the first serial channel of the second electronic computer by direct connection.  8. The automated workstation according to claim 1, characterized in that the first keyboard is connected to the input-output of the keyboard interface of the first electronic computer or to the input-output of the keyboard interface of the second electronic computer by direct connection.  9. The automated workstation according to claim 1, characterized in that the pointing device is connected to the input-output of the second serial channel of the first electronic computer or the input-output of the first serial channel of the second electronic computer using a demultiplexer, the input of which is connected with a pointing device, the first output of the demultiplexer is connected to the input-output of the second serial channel of the first electronic computer, and its second output is sub It is connected to the input-output of the first serial channel of the second electronic computer, the control input of the demultiplexer is connected to the first digital input-output output of the first electronic computer.  10. The automated workstation according to claim 1, characterized in that the first keyboard is connected to the input-output of the keyboard interface of the first electronic computer or to the input-output of the keyboard interface of the second electronic computer using a demultiplexer, the input of which is connected to the first keyboard , the first output of the demultiplexer is connected to the input-output of the keyboard interface of the first electronic computer, and its second output is connected to the input-output of the keyboard interface of the second electronic computer Yelnia machine, the control input of the demultiplexer is connected to the second output of the digital input-output of the first electronic computer.  11. The automated workstation according to claim 1, characterized in that it further comprises a keyboard adapter and a second keyboard, while a keyboard adapter is connected to the input / output of the system interface line of the second electronic computer, the second keyboard is connected to the input / output of it.  12. The automated workstation according to claim 1, characterized in that it further comprises a digital input-output adapter, a control and control panel, while a digital input-output adapter is connected to the input-output of the system interface line of the second electronic computer, to which connected control panel.  13. The automated workstation according to claim 1, characterized in that it further comprises an additional long-term storage device connected to non-volatile electro-reprogrammable memory elements connected to the input-output interface of the long-term storage devices of the first electronic computer.  14. The automated workstation according to claim 1, characterized in that it further comprises an additional long-term storage device connected to the input / output of the first interface adapter of the long-term storage devices made on the elements of non-volatile electro-reprogrammable memory. 15. The automated workstation according to claim 1, characterized in that it further comprises an additional long-term storage device connected to the input / output of the second adapter of the long-term storage device interface made on elements of non-volatile electro-reprogrammable memory.