RU2321175C1 - Method for controlling and managing radio-electronic equipment of military objects and system for realization of the method - Google Patents

Abstract

FIELD: complex equipment of informational and managing systems for management and control of objects, which are remote from command station and which function in real time scale, possible use for providing unified condition estimate for complex objects and systems of various purposes.

SUBSTANCE: in accordance to the method, command station transmits situation information and control commands into functional information exchange server, slave sources of information transmit current situation information into functional information processing server, military objects transfer alertness information to functional control server, all functional servers load software of required type into automated workstations, which software allows to generate informational models and to input battle control commands, and also used to process received information and to transmit processed information into integration server, which generalizes received information, creates a unified database and transmits generalized information through functional servers into automated workstations, which transmit inputted battle control commands into functional control servers, which in turn generate and transmit commands for controlling radio-electronic equipment of military objects to that equipment, and also generate and transmit information about transmitted control commands into integration server, the integration server generates reports and transmits them to superior command station, while all functional servers conduct information exchange with integration server by means of commutator of functional servers, exchange of information with automated workstations is performed by means of commutator of automated workstations, exchange of information with radio-electronic equipment of military objects is performed by means of commutator of connection equipment, where a technological automated workstation transmits commands into integration server for controlling the commutator of automated workstations and the commutator of connection equipment. The system contains multiple radio-electronic equipment devices of military objects, which are connected to controlling command station through communication channels, in which station a number of following units, corresponding to the number of radio-electronic equipment devices of military objects, is positioned: appropriate means of communication, equipment for connection to means of communication, connection equipment commutator, multiple automated workstations, commutator of automated workstations, functional servers, commutator of functional servers, integration server and the technological automated workstation.

EFFECT: creation of responsive, fast action system for managing radio-electronic equipment of military objects, which system is protected from natural and artificially induced influences.

2 cl, 1 dwg

Description

The invention relates to integrated tools for information and control systems for controlling and monitoring the status of objects operating in real time that are remote from the command point of control, and can be used for a unified assessment of the status of complex objects and systems for various purposes.

A known method that provides control and management of homogeneous objects, including determining the health of the object for several of its parameters (characteristics, indicators) using devices of computer technology [1]. The method includes the selection of the measured characteristics using a program-controlled switching circuit, the conversion of characteristics into digital data, the formation of reference characteristics and the transmission of the measured parameters to a central control center, where object control commands are generated based on the received signals. However, in the known method, it is not possible to adapt to heterogeneous control objects, as a result of which the required efficiency of generating control commands is not provided.

A known system for monitoring and controlling objects (equipment nodes, including sensors for monitoring, measurement and control), containing a command point (central computing unit with an input / output device), which is connected through a communication channel (channels of an information network) to many objects, the command point of the control contains a plurality, according to the number of objects, of various types of equipment for interfacing with communication channels and the corresponding communication means, the system being equipped with controllers, and each control controllers are connected in series to the oller [2].

However, the most important features of such control systems are the very high susceptibility of their most vulnerable elements (links) - personnel, software, equipment and communication channels with the corresponding remotely remote information objects and external interacting systems - to various kinds of natural and artificially created disturbing influences.

The technical result consists in creating adaptive to heterogeneous control objects operational, high-speed, protected from natural and artificially created influences control system of electronic weapons of military facilities.

To achieve the specified technical result in the method of monitoring and controlling the electronic assets of military facilities, a higher command post transmits to the functional information exchange server information on the situation in the area of operations of the military facilities, commands for taking electronic assets of the military facilities assigned for control, and teams for using military facilities as intended , subordinate information sources transmit current information about the situation in p to a functional information processing server during the operation of military facilities, the electronic equipment of subordinate military facilities transmit information on their combat readiness to the functional server for controlling electronic weapons of subordinate military objects, the electronic equipment of assigned military facilities transmit information about their combat readiness to the functional server for controlling electronic assets of military objects, all functional servers download software of the required type to workstations; willing to generate information models and enter combat control commands, as well as process the received information and transmit the processed information to an integrated server, which summarizes the received information, creates a single database and transfers the generalized information through functional servers to workstations that create information models for individuals combat crew command point control and transmit the command they entered combat control into functional control servers for the sake of by electronic means of subordinate and given military objects, which form and transmit to the electronic means of subordinate and given military objects commands to manage them, and also form and transmit information to the integrated server about the transmitted commands for controlling electronic means of military objects, the integrated server generates reports and transmits them to superior command post, while all functional servers exchange information with the integrated server through the switch fun national servers, the exchange of information with workstations - through a switchboard of workstations, the exchange of information with a higher command post, subordinate sources of information, electronic equipment of subordinate and attached military facilities - through a switchboard of interfacing equipment, appropriate interfacing equipment and appropriate means of communication related to communication channels with electronic means of these military facilities, and technological This workstation sends to the integrated server the technological control commands entered by the combat crew of the command control point, the integrated server processes the received technological control commands, generates and transfers to the functional server switch, the workstation switch and the command interface switch of the command for the appropriate connection through the specified switches all functional servers, respectively, to the integrated server, to the automation to workstations and to equipment for interfacing with communication channels.

In a control and management system for electronic assets of military facilities, containing a command post that is connected via communication channels to a variety of electronic assets of military facilities, the command post contains many, according to the number of types of electronic assets of military facilities, various types of equipment for interfacing with communication channels and their corresponding means of communication, many automated workstations have been introduced, made with the possibility of forming information models for individuals combat calculation of command command point and input of command and control commands by them, many functional servers according to the number of control tasks performed, which are capable of processing the received information, form command for radio-electronic control of military facilities and information about formed command commands for a higher command point, and also load in automated workstations of the required type of software, allowing the formation of information modes whether to enter combat command teams, a switchboard for workstations, a switchboard for functional servers, a switchboard for interface equipment, an integrated server configured to summarize the information received, create a single database, generate generalized information for workstations, generate reports for a higher command post, as well as with the possibility of generating commands for managing the switch of workstations, the switch of functional servers and a switch of the interface equipment, and a technological workstation configured to generate control commands for the integrated server to change the control mode, while the control inputs of all switches are connected to the command output of the integrated server, the integrated server is connected directly to the technological workstation and through the functional switch servers - with corresponding functional servers, each functional server through the switch the workstations are connected to the corresponding workstations, and through the switch of the pairing equipment, to the corresponding pairing equipment, each of which is connected to the corresponding communication channels through the appropriate communication means.

The command post control is mainly made in the form of a unified complex of automated control. The unified complex of automated control includes a functional server for the exchange of information with a higher command post and equipment for interfacing with the appropriate means of communication. The unified automated control complex has the ability to receive command from a higher command post of radar information, to take radio-electronic means of fighter aircraft of fighter, attack and reconnaissance aircraft to control and commands to destroy targets. The unified complex of automated control includes a functional server for controlling electronic means of fighter aircraft of fighter, attack and reconnaissance aircraft and equipment for interfacing with a command transfer station on board fighter devices of fighter, attack and reconnaissance aircraft. The unified automated control complex is configured to receive coordinate information from observation points of the radioengineering forces and from the aviation complex of the radar patrol and guidance and contains the sources of radar information that are part of the command control center. The unified complex of automated control includes a functional server for processing information from subordinate sources of information and equipment for interfacing with appropriate communications equipment, as well as a functional server for managing electronic equipment of subordinate anti-aircraft missile divisions and equipment for interfacing with appropriate communications equipment. If it is necessary to ensure confidentiality of information entered and displayed at workstations, the unified complex of automated control includes a functional server for ensuring information security and an automated workstation for ensuring information security. Moreover, each communication channel corresponds to the type of equipment for interfacing with the communication medium and the type of radio-electronic means of a military facility.

The proposed method of control and management of electronic assets of military facilities and a system for its implementation allow you to quickly adapt to the diverse electronic means of subordinate and attached military facilities. At the same time, a positive technical result is achieved - the creation of an operational, high-speed, adaptive to heterogeneous control facilities, protected from natural and artificially created influences control system of electronic facilities of military facilities.

An analysis of the state of the art by the applicant, including a search by patent and scientific and technical sources of information and identification of sources containing information about analogues of the claimed technical solution, made it possible to establish that the applicant did not find a source characterized by features that were identical (identical) to all the essential features of the claimed technical solution . The determination from the list of identified analogues of the prototype as the closest in terms of the totality of the features of the analogue made it possible to establish the set of essential distinguishing features of the claimed method of monitoring and controlling the electronic assets of military facilities and the system for its implementation set forth in the claims in relation to the technical result perceived by the applicant. Therefore, the claimed technical solution meets the criterion of "novelty."

An additional search carried out by the applicant did not reveal known solutions containing features matching the distinctive features of the claimed method of monitoring and controlling the radio-electronic means of military facilities and the system for its implementation. Therefore, the claimed technical solution does not follow explicitly from the prior art for the specialist, since the influence of the transformations provided for by the essential features of the claimed technical solution to achieve the technical result is not revealed from the prior art determined by the applicant. The claimed technical solution is not based on a change in a quantitative characteristic (s), the presentation of such signs in relationship, or a change in its type. Therefore, the claimed technical solution meets the criterion of "inventive step".

The proposed method for monitoring and controlling the radio-electronic means of military facilities and a system for its implementation involve the execution of operations known in control systems, which can be implemented using known functional elements.

The drawing shows a structural diagram of a control system for electronic equipment of military facilities.

The monitoring and control system for electronic assets of military facilities contains a command point 1, which includes an integrated server 2, a technological workstation 3, a switch 4 functional servers, functional servers 5 ... 10, a switch 11 automated workstations, many automated workstations 12, 13, the switch 14 of the interface equipment, the interface equipment 15 ... 18 with communication means, communication means 19 ... 22, by means of which the command control point 1 is connected to the radio Throne means military facilities 23 ... 27.

Integrating server 2 is designed to create a single information space on automated workstations 12, 13 of various combatants of the command command point 1. It forms a single database for the operation of functional servers 5 ... 10.

Automated workstations 12 are intended for the formation of an information model about combat readiness and the input of command and control teams for combatants of command command point 1. One of the automated workstations 12 may include equipment for the production of reporting documents.

In the communication facilities 19 ... 22 there is a reception / transmission module designed to receive and document information transmitted to the radio-electronic means of military installations via communication channels, means of operational-command communication, designed to provide voice communications to persons of the combat crew command post control 1 and documenting their negotiations.

General software is designed to provide a focused computing process and includes an operating system, a database management system, office tools and geographic information system tools.

Special software is designed to provide an automated solution to the tasks of combat control of radio-electronic means of military facilities and should include a set of information exchange programs, a set of information processing programs on the situation, a complex of information processing programs on combat readiness and combat capabilities of electronic weapons of military facilities, about the results of hostilities, a set of programs for processing information about the effects of the enemy, radiation, and chemical in the bacteriological and meteorological conditions, a set of decision support programs, a set of control programs for electronic assets of military facilities, a set of information display programs, a set of information documentation programs and a set of training programs.

The essence of the claimed method of control and management of electronic assets of military facilities, we consider the example of the operation of the command post 1 control of military facilities of the anti-aircraft missile brigade, combined with the guidance point of fighter aircraft. The command post 1 control is made in the form of a unified complex of automated control (UKAU) and solves the following tasks:

1. Adapt in advance the means of UKAU 1 to simultaneously perform the functions of a command post for controlling the electronic equipment of subordinate military objects - anti-aircraft missile divisions of the anti-aircraft missile brigade and electronic means of military objects attached - fighter aircraft.

2. Promptly during the conduct of hostilities as the fighter aircraft performs the combat mission and fighters land at the aerodromes, as well as the relocation of the anti-aircraft missile brigade of the air defense missile defense divisions to the combat zone, adapt UKAU 1 to the functions of a command post for controlling electronic equipment of subordinate military objects - anti-aircraft missile divisions of the anti-aircraft missile brigade and electronic means attached to military facilities - promptly subordinate military anti-aircraft missile divisions of the military air defense, canceling the functions of the fighter aircraft guidance point.

3. Promptly, at the end of hostilities, adapt a given number of automated workstations 12 of UKAU 1 for the automated fulfillment of the functions of the headquarters of the anti-aircraft missile brigade (solving planned, information-calculation and reference tasks).

To perform the first task, control commands are preliminarily entered from the technological workstation 3 into the integrated server 2. In accordance with the received commands, the integrated server 2 issues control commands to the switch 4 of the functional servers, the switch 11 of the workstations and the switch 14 of the interface equipment.

The switch 4 functional servers connects to the integrated server 2 a functional server 5 for exchanging information with electronic means 23 of a higher command post, a functional server 6 for processing information about the air situation from subordinate sources of information 24, a functional server 7 for controlling electronic means of the anti-aircraft missile divisions of the anti-aircraft missile brigade, functional server 8 control electronic means 27 attached military facilities - fighter fighter a iatsii.

The switch 11 workstations connects a given number of workstations 12 of a given type to each of the connected functional servers 5 ... 8. Functional servers 5 ... 8 load the required type of software into the automated workstations 12, which is necessary for the formation of information models and the input of combat control teams by the combatants of the command command point 1.

Types of workstations 12 differ from each other in the number of monitors, the type of headset of communication equipment (intercom, external communication, air communication), the presence of indicators of primary radar information, etc.

The switch 14 of the interface equipment connects the interface equipment 15 and communication means 19 with the radio electronic means 23 of the higher command post, the interface equipment 16 and communication means 20 with the subordinate sources of information 24, the interface equipment 17 and the communication means 21 with electronic means of 25 subordinate military objects - anti-aircraft missile of anti-aircraft missile brigade divisions and equipment 18 interfaces and a command transfer station 22 for electronic equipment 27 attached military facilities - fighter fighters nnoy aviation.

In the course of hostilities, information about the air situation comes from radio electronic means 23 of the higher command post via communications 19 through the interface equipment 15 and the switch 14 of the interface equipment to the functional server 5 for exchanging information with the higher command post, as well as from subordinate sources 24 of information on the means 20 communication through the pairing equipment 16 and the switch 14 of the pairing equipment to the functional server 6 for processing information about the air situation. These functional servers 5 and 6 process the received information (lead to a single view, to a single time, etc.) and transmit the processed information through the switch 4 of the functional servers to the integrated server 2.

From the electronic equipment of 25 subordinate military facilities - anti-aircraft missile divisions through communications 21 through the equipment 17 interfaces and switch 14 of the equipment interface to the functional server 7 control electronic equipment of anti-aircraft missile divisions receives information about their ammunition and combat readiness. The functional server 7 for controlling the electronic means of the anti-aircraft missile divisions processes the received information and transfers the processed information through the switch 4 of the functional servers to the integrated server 2.

When fighters take off from radio electronic means 23 of a higher command post via communications 19 through interface equipment 15 and switch 14 of interface equipment, control commands are sent to the electronic information exchange server 5 for information exchange server 5, and when targets appear, commands to destroy air attack means the enemy.

Information about their ammunition and combat readiness is received from the electronic means of 27 attached military targets - fighters through the command transfer station 22, interface equipment 18 and interface equipment switch 14 to the functional server 8 for controlling the electronic means of the fighters. The functional server 8 for controlling the electronic means of the fighter processes the received information and transfers the processed information through the switch 4 of the functional servers to the integrated server 2.

Functional servers 5 ... 8 process the received information (solve management tasks) and provide the processed information through the switch 4 of the functional servers to the integrated server 2 for its generalization and creation of a single database. From the integrated server 2 through the switch 4 functional servers, the functional servers 5 ... 8 and the switch 11 of the workstations to the workstations 12, generalized information is issued based on which information models for combatants of the command command point 1 are formed in them.

Persons of the crew’s command post control point 1 enter 12 combat command teams from the automated workstations, which enter the functional servers 7 and 8 through the switch 11 of the automated workplaces. Functional servers 7 and 8, based on the solution of the combat command tasks and teams of the crew’s command crew control 1 issue control commands through the switch 14 of the pairing equipment, the pairing equipment 17 and 18, the communication medium 21 and the command transmission station 22 to electronic means 25 controlled by 27 military facilities — fighter aircraft — assigned to military installations — anti-aircraft missile divisions and radio-electronic means. Information on the issued control commands from the functional servers 7 and 8 is also provided through the switch 4 of the functional servers to the integrated server 2.

The integrated server 2 generates reports (on the air situation, on combat readiness, on the conduct of hostilities, etc.), which, through the switch 4 of functional servers, the server 5 for exchanging information, the switch 14 of the pairing equipment, the pairing equipment 15 and the communication means 19, are sent to electronic funds 23 superior command post.

To perform the second task, control commands are promptly entered from the technological workstation 3 into the integrated server 2. In accordance with the received commands, the integrated server 2 issues control commands to the switch 4 of the functional servers, switch 11 of the workstations and switch 14 of the pairing equipment, which adapt the composition functional servers 5 ... 8, workstations 12 and interface equipment 15 ... 18 to perform new tasks. At the same time, instead of the radio electronic means of 27 attached military facilities - fighters, command transfer station 22, interface equipment 18 and the functional server 8 of controlling the electronic means of fighters, respectively, they use the radio electronic means of 26 attached military objects - operatively subordinate to the air defense missile divisions of the military air defense, communications means 21 interface equipment 17 and a functional server 7 for controlling electronic equipment of anti-aircraft missile divisions.

Further, the combat work continues with the participation of new (redistributed responsibilities) persons of the combat crew command command post 1. The process of functioning of UKAU 1 during the second task is similar to the process of its functioning when fulfilling the first task, taking into account the indicated changes in the composition of the radio electronic equipment of the assigned military facilities and the involved means of UKAU one.

To perform the third task, control commands are promptly entered from the technological workstation 3 into the integrated server 2. In accordance with the received commands, the integrated server 2 issues control commands to the switch 4 of the functional servers, switch 11 of the workstations and switch 14 of the pairing equipment, which adapt the composition functional servers 5 ... 8, automated workstations 12 and interface equipment 15 ... 18 to perform new combat duty tasks by combatants the calculation of the command post of control 1 and the solution of planned, information-calculation and reference tasks by officials of the headquarters of the anti-aircraft missile brigade.

The process of functioning of UKAU 1 when performing combat duty tasks is similar to the above process of its functioning when performing the second task.

When solving staff problems, an additional functional server 9 of the headquarters and automated workstations of 12 officials of the headquarters of the anti-aircraft missile brigade are additionally connected. At the same time, through the communication means 19, through the interface equipment 15, the interface equipment switch 14, the functional information exchange server 5 and the functional server switch 4, the integrated server 2 with the electronic means 23 of the higher command post receives orders, orders, additional information that are recorded in a single database data. This data from the integrated server 2 is received through the switch 4 functional servers, the functional server 9 headquarters and the switch 11 automated workstations to the automated workplaces of 12 officials of the headquarters of the anti-aircraft missile brigade. The officers of the headquarters of the anti-aircraft missile brigade, using the information received, enter the initial data and commands at automated workstations 12 to solve planned, information-calculation and reference tasks. The information entered comes from workstations 12 through a switch 11 of workstations to a functional server 9 of the headquarters, where the task is carried out, after which the results of the decision go through a switch 11 of workstations to workstations of 12 officials of the headquarters of the anti-aircraft missile brigade relevant tasks.

The results of solving individual tasks by the commands of the officials of the headquarters of the anti-aircraft missile brigade are transmitted from the workstations 12 through the switch 11 of the workstations, the functional server 9 of the headquarters and the switch 4 functional servers to the integrated server 2, where they are recorded in a single database, and then in the form reports generated by the integrated server 2 are transmitted through the switch 4 functional servers, the server 5 exchange information, switch 14 interface equipment, equipment 15 interface pairing communication centers 19 for electronic equipment 23 of a higher command post.

If it is necessary to ensure the confidentiality of information entered and displayed at workstations 12, the UKAU 1 includes an information workstation 13, which is connected via a switch 11 of workstations, a functional server 10 for ensuring information security, and a switch 4 for functional servers to an integral server 2. Automated workstation 13 to ensure the security of information shared by a functional server 10 both baking information security function as data protection UKAU 1 from unauthorized access.

The above information indicates the fulfillment of the following set of conditions when using the claimed technical solution:

- funds that embody the claimed method and system for its implementation in their implementation, are intended for use in industry, namely in control systems and electronic equipment of military facilities;

- for the claimed method and system for its implementation in the form described in the independent claims of the claims, the possibility of their implementation using the means and methods described in the application or known prior to the priority date is confirmed.

Therefore, the claimed technical solution meets the criterion of "industrial applicability".

Using the proposed method for monitoring and controlling the radio-electronic means of military facilities and the system for its implementation, it is possible to quickly adapt to the heterogeneous radio-electronic means of subordinate and attached military facilities a fast-acting, protected from natural and artificially created effects radio-electronic control system of military facilities.

Literature

1. RU 2248612 C1, (STROYTEHAVTOMATIKA), 03.20.2005.

2. RU 2133490 C1, (GINZBURG V.V.), 07.20.1999.

Claims (14)

1. The method of control and management of electronic assets of military facilities, which consists in the fact that the superior command post transmits to the functional information exchange server information about the situation in the area of operations of military facilities, commands for taking electronic assets of military facilities assigned to control and commands for the use of electronic means military facilities for their intended purpose, subordinate information sources transmit current information about the situation to paradise in a functional information processing server during the operation of military facilities, the electronic equipment of subordinate military facilities transmit information about their combat readiness to the functional server for controlling electronic weapons of subordinate military objects, the electronic assets of military units attached transmit information about their combat readiness to the functional server of controlling electronic assets of all military servers download software of the required type to workstations by calling In order to create information models and enter combat control commands, they also process the received information and transfer the processed information to the integrated server, which summarizes the received information, creates a single database and transfers the generalized information through functional servers to workstations that create information models for individuals combat crew command point control and transmit the command they entered combat control functional radio control servers by electronic means of subordinate and given military objects, which form and transmit commands to manage them to radio electronic means of subordinate and given military objects, and also form and transmit to the integrated server information about the transferred commands of controlling radio electronic means of military objects, the integrated server generates reports and transmits them to superior command post, while all functional servers exchange information with the integrated server through a function switch ion servers, exchange of information with workstations - through a switchboard of workstations, exchange of information with a higher command post, subordinate sources of information, electronic equipment of subordinate and attached military facilities - through a switchboard of interfacing equipment, appropriate interfacing equipment and appropriate means of communication related to communication channels with the indicated electronic equipment of military facilities, and the technological machine This workstation sends to the integrated server the technological control commands entered by the combat crew of the command control point, the integrated server processes the received technological control commands, generates and transfers to the functional server switch, the workstation switch and the command interface switch of the command for the appropriate connection through the specified switches all functional servers, respectively, to the integrated server, to the automation Rowan jobs and to apparatus for interfacing with communications channels. 2. A control and management system for electronic assets of military facilities, comprising a command post that is connected via communication channels to a plurality of electronic assets of military facilities, the command post contains many, according to the number of types of electronic assets of military facilities, various types of equipment for interfacing with channels communication and their corresponding means of communication, characterized in that a large number of automated workstations are introduced, configured to generate information models for the combat crew of a command command post and input of command and control commands by them, a multitude of functional servers according to the number of control tasks to be performed, which are capable of processing the received information, form command for radio-electronic means of military installations and information about the formed command commands for a higher command post, as well as uploading to the workstations of the required type of software that allows you to configure l information models and enter the command of combat control, the switch of workstations, the switch of functional servers, the switch of the interface equipment, an integrated server configured to summarize the information received, create a single database, generate generalized information for workstations, generate reports for a higher command paragraph, as well as with the possibility of forming control commands for the switch of workstations, switch fu national servers and the switchboard hardware interface, and a technological workstation configured to generate control commands for the integrated server to change the control mode, while the control inputs of all switches are connected to the command output of the integrated server, the integrated server is connected directly to the technological workstation and through functional server switch - with corresponding functional servers, each functional server ver through the switch of workstations connected to the respective workstations, and through the switch interface apparatus - with a respective coupling apparatus, each of which through respective connection means is connected to the corresponding communication channels. 3. The control and management system for electronic assets of military facilities according to claim 2, characterized in that the command post is made in the form of a unified complex of automated control. 4. The monitoring and control system for electronic assets of military facilities according to claim 3, characterized in that the unified complex of automated control includes a functional information exchange server with a superior command post and equipment for interfacing with appropriate communications equipment. 5. The monitoring and control system for electronic assets of military facilities according to claim 4, characterized in that the unified automated control complex has the ability to receive radar information from a higher command post. 6. The control and management system for electronic assets of military facilities according to claim 4, characterized in that the unified automated control system has the ability to receive commands from a superior command post for taking electronic means of fighter, fighter and reconnaissance aircraft for command and command to destroy targets . 7. The monitoring and control system of electronic assets of military facilities according to claim 6, characterized in that the unified automated control complex includes a functional server for controlling electronic means of fighter aircraft of fighter, attack and reconnaissance aircraft, equipment for interfacing with a command transfer station on board fighter aircraft fighter, strike and reconnaissance aircraft. 8. The monitoring and control system of electronic assets of military facilities according to claim 3, characterized in that the unified automated control complex is configured to receive coordinate information from observation points of the radio troops. 9. The monitoring and control system of electronic assets of military facilities according to claim 3, characterized in that the unified automated control complex is configured to receive coordinate information from the aviation complex of the radar patrol and guidance. 10. The control and management system for electronic assets of military facilities according to claim 3, characterized in that the unified automated control complex contains sources of radar information that are part of the command post control. 11. The monitoring and control system for electronic assets of military facilities according to claim 3, characterized in that the unified complex of automated control includes a functional server for processing information from subordinate sources of information and equipment for interfacing with appropriate means of communication. 12. The monitoring and control system of electronic assets of military facilities according to claim 3, characterized in that the unified complex of automated control includes a functional server for monitoring and controlling the electronic means of subordinate anti-aircraft missile divisions and equipment for interfacing with appropriate communications. 13. The monitoring and control system of electronic assets of military facilities according to claim 3, characterized in that the unified complex of automated control includes a functional server for ensuring information security and an automated workstation for ensuring information security. 14. The control and management system for electronic assets of military facilities according to claim 3, characterized in that each communication channel corresponds to a type of equipment for interfacing with a communication facility and a type of electronic facility of a military facility.