RU2618366C1 - Method of information transmission - Google Patents

Abstract

FIELD: information technology.

SUBSTANCE: method comprises the following steps: the formation of data set about the assignment of information by including in it object assignment data and data that are part of the initial information data block and transferring it through the data network to the reception section of that organizational system, the address data of which are included in this data block, the data block reception section, determination of the data on the object address and the transmission of data on the type of information at the receiving section. At the same time, information about the type of information and data about information that are identical with data on the type of information and data about the information included in the initial block of information is recorded.

EFFECT: providing information interaction in a single information environment of objects.

2 cl, 2 dwg

Description

This technical solution relates to computer systems and computer networks with devices for processing data with an impact on the order of data location and their content.

Scope are systems and control centers, situational, analytical and research centers of organizational systems.

Known technical solutions - a method of transmitting information [1] and a control complex [2], in which this method is implemented to control robotic objects (automated systems and robots). Solution [1] is characterized in that information about the information is received from the source at the transmitting point, encoded and transmitted in a communication session through the communication channel to the receiving point. At the same time, the number of encoded signals transmitted in a session that carry information about information is reduced to one. At the receiving point, an encoded signal is received that carries information about the information, decode and mark information about the information as information received from the source, and transmit to the receiver. This method provides a reduction in the electrical power required to transmit information over the communication channel. However, the scope of the method is limited to the area of data transfer between objects via direct communication channels.

A well-known technical solution - the control center of the organizational system [3], contains an analytical center, a center for objective control, means of control over the objects of observation of the organizational system (OS) and communications. This decision was made with the possibility, on the basis of monitoring data on the state of the facilities to support the activities of the operating system, generating and transmitting data on information characterizing the management team, to reduce the number of problem situations in the activities of the operating system and reduce the time to resolve problem situations, if they have already arisen. At the same time, data transmission to objects is carried out through a communication network. However, this solution does not have the ability to transfer control commands to objects of other operating systems whose control centers manage these objects.

The closest analogue of the proposed technical solution is a way to support the activities of the organizational system [4]. This decision contains the stages at which data blocks of information are generated and transmitted that characterize the state of the objects supporting the activity of the operating system, the activity of the operating system, the command to establish the support objects in normalized and / or acceptable states, depending on the actual situation. Data is transmitted through a telecommunication network between the control center and various situational and analytical centers (CAC) and control centers (PU). At the same time, each SAC and PU represent an organizational system, respectively, of the second and third level of management in relation to the control center. In this regard, a necessary condition for the application of this solution is the unity of the subsystems of identification and addressing of OS support objects located in the zones of the control center, CAC and PU. However, this solution does not have the ability to transfer control commands to objects that are located in zones of control systems (control centers, CACs, control centers, etc.) of organizational systems having various subsystems for identifying and addressing objects to support their activities.

At the same time, there is a need to transfer information about information to objects connected to control systems (complexes, centers ...) of other organizational systems. So, there is a tendency towards the creation of unified information environments for ensuring the information interaction of organizational systems - departments, organizations, institutions and enterprises. Information about which data is transmitted in a single information environment may be decision-making scenarios, commands for setting up or managing objects, information intended for storage and use in specific situations, requests for information or answers to requests, or may have other semantic meaning , depending on the activities carried out by organizational systems.

The creation of unified information environments is possible on the basis of existing systems and control centers, situational and analytical centers of various organizational systems [5]. In such projects, along with the technical differences indicated above, which are homogeneous in purpose, but different in affiliation, objects, there are restrictions on the transfer of data to other organizational systems about identification methods, internal addressing systems, and other parameters, depending on the purpose of the objects.

The claimed technical solution provides information interaction in a single information environment of objects connected to control systems (complexes, centers ...) of different organizational systems that differ in identification methods and internal addressing systems of their objects, other parameters, depending on the purpose of the objects.

The technical result, the achievement of which the present technical solution is aimed, is to expand the functionality by providing the following features:

преобразование данных об информации, принятых из объекта одной организационной системы, в данные о назначении этой информации и передача данных о назначении информации в сеть передачи данных по адресу другой организационной системы;

converting data on information received from an object of one organizational system into data on the purpose of this information and transmitting data on the purpose of information to a data transmission network at the address of another organizational system;

прием данных о назначении информации из сети передачи данных, преобразование их в данные об этой информации и передача данных об информации в объект другой организационной системы. Ниже приведено описание предлагаемого технического решения. Техническое решение - способ передачи информации от объекта одной организационной системы через передающий пункт, сеть передачи данных и приемный пункт в объект другой организационной системы характеризуется тем, что содержит этапы, на которых:

receiving data on the purpose of information from the data transmission network, converting them into data about this information and transmitting information about the information to an object of another organizational system. The following is a description of the proposed technical solution. Technical solution - a method of transmitting information from an object of one organizational system through a transmitting point, a data transmission network and a receiving point to an object of another organizational system is characterized by the fact that it contains stages in which:

1. Form and store in the transmitting point of each OS:

- data on the addresses of other operating systems into the objects of which data on information from the objects of this operating system can be transmitted;

- data blocks on the assignment of objects of other operating systems, and each data block on the purpose of the object includes data on the purpose of this object and data on the types of information that can be transferred to this object.

2. Form and store in the receiving center of each OS data information assignment blocks for objects of this OS, and each information assignment data block includes data on the purpose of this object, data on the address of this object, and data on the types of information that may be taken at this facility.

3. The source block of information about information containing information about information, data about the type of information and address information of the OS for which the received data is intended to be transmitted to the object is received from the object at the transmitting point of the OS from its object.

4. In accordance with the received data on the OS address, a plurality of data blocks about the purpose of the objects of this OS are selected, which are stored in the transmitting point.

5. Find in the selected set of data blocks about the assignment of objects, a block of data about the purpose of the object, which includes data on the type of information identical to the data on the type of information that are included in the original block of information about the information.

6. Copy from the selected block of data on the purpose of the object data on the purpose of the object and remember them.

7. Form the initial block of data on the purpose of information by including in it the copied data on the purpose of the object and the source data on the OS address, on the type of information and on the information, remember it.

8. The source data block about the purpose of the information is transmitted through the data transmission network to the receiving center of the OS whose address data is part of this data block.

9. Accept at the receiving point of this OS the initial block of data on the appointment of information and remember.

10. Choose from a plurality of blocks of information about the purpose of the information that is stored in the receiving point of this OS, a block of data about the purpose of the information, in which the data on the type of information and the data on the purpose of the object are identical respectively to the data on the type of information and the purpose of the object, which are included in the composition of the received source block of data on the appointment of information, and remember.

11. Copy from the selected block of data on the appointment of information data on the address of the object and remember them;

12. Form and store the output block of information about the information by including in it the copied data about the address of the object and data about the type of information and data about the information from the composition of the original block of data on the purpose of the information;

13. The output data information block is transmitted in accordance with the object address data, it is recorded that information on the type of information and information on the information included in the output information data block are identical to the information on the type of information and the information on the information included in the original information data block.

Wherein:

- objects can be robotic objects (robots, automated systems), information portals, computer systems, personal computers of OS entities, elements of information systems (servers, computers, etc.), computer networks and data transmission networks (switches, routers, etc. ), elements of alarm and warning systems and other means;

- each set of objects homogeneous in purpose, but related to different organizational systems, is associated with a corresponding set of homogeneous types of information;

- types of information include a decision-making scenario, a management team, information for posting on the portal, a request for information from the portal, etc .;

- information can be represented by text or symbols for transmission to the portal (reception from the portal), parameters of the control command or parameters for settings, etc .;

- data on the purpose of different objects in the same organizational system may coincide (for example, for the main object and the object that reserves it), but each of the data on the purpose of the object is associated with a lot of data on types of information inherent only to this object.

This method of transmitting information can be industrially implemented based on the use of information interaction complexes (CIV) as receiving and transmitting points in each OS, each of which contains:

модуль анализа данных, модуль преобразования данных об информации, модуль преобразования данных о назначении информации, модуль кодирования данных и модуль шифрования данных;

data analysis module, information data conversion module, information assignment data conversion module, data encoding module and data encryption module;

информационный вход и выход, объектовые выходы и входы, сетевой выход и вход, вход и выход настройки, вход электропитания.

information input and output, object outputs and inputs, network output and input, input and output settings, power input.

Wherein:

информационный вход и выход КИВ соединен соответственно с информационным входом и выходом модуля анализа данных;

information input and output KIV is connected respectively to the information input and output of the data analysis module;

внутренний выход и вход модуля анализа данных соединен посредством внутренней шины соответственно с входом и выходом настройки, внутренними входами и выходами модуля преобразования данных о назначении информации, модуля преобразования данных об информации, модуля кодирования данных и модуля шифрования данных;

the internal output and input of the data analysis module is connected via the internal bus, respectively, to the input and output of the settings, internal inputs and outputs of the data allocation information conversion module, information data conversion module, data encoding module and data encryption module;

внешние выходы и входы модуля кодирования информации соединены соответственно с объектовыми выходами и входами КИВ;

the external outputs and inputs of the information coding module are connected respectively to the object outputs and inputs of the KIV;

внешний выход и вход модуля шифрования данных соединен соответственно с сетевым выходом и входом КИВ;

the external output and input of the data encryption module are connected respectively to the network output and the input of the KIV;

вход электропитания КИВ соединен с входами электропитания модулей анализа данных, поиска данных о назначении информации, поиска данных об информации, кодирования данных и шифрования данных.

the power supply of the KIV is connected to the power inputs of the modules for data analysis, data search for the purpose of information, data search for information, data encoding and data encryption.

The essence of the KIV is illustrated by drawings.

FIG. 1 - Structural diagram of a complex of information interaction.

FIG. 2 is a diagram for illustrating an industrial application of a method for transmitting information (example).

In FIG. 1 shows the structure of the KIV,

 where 1 is the data analysis module;

2 - module for converting information about information;

3 - module for converting data on the purpose of information;

4 - data encoding module;

5 - data encryption module;

6.1 - information input;

6.2 - information output;

7 - input and output settings;

8.1 - object inputs;

8.2 - object outputs;

9.1 - network input;

9.2 - network output;

10 - power input;

11 - the internal tire.

The information interaction complex operates in the following modes:

1. Mode 1 of processing data received from the information input 6.1

2. Mode 2 of processing data received from one of the object inputs 8.1.

3. Mode 3 of processing data received from the network input 9.1.

When preparing a KIV for work, perform the following actions:

1. In module 1 data analysis from input 7 settings are recorded and stored:

- data on the addresses of objects, data to and from which are transmitted and received respectively through information output 8.2 and input 8.1;

- data on the addresses of objects, data to and from which are transmitted and received respectively through the object outputs 8.2 and 8.1 inputs;

- data on the addresses of organizational systems (OS) into which objects and from which data are transmitted and received respectively through network outputs 9.2 and inputs 9.1.

2. In module 2 for converting data on information from input 7, settings are recorded and stored:

- data on the address of the object that is connected to the information output 6.2 and in accordance with which, data should be transmitted about incorrect situations in the KIV modules;

- data on an incorrect situation;

- data blocks on the assignment of objects of each OS. Each of these data blocks includes data on the purpose of the object and data on the types of information that can be transferred to this object.

Wherein

- The objects for which the information is intended can be robotic objects (robots and automated systems), information portals, computer systems, personal computers of OS entities, elements of information systems (servers, computers, etc.) and computer networks (switches, routers and etc.), elements of alarm and warning systems and other means;

- each set of objects that are homogeneous in purpose, but related to different operating systems, is associated with a corresponding set of homogeneous types of information;

- types of information include a decision-making scenario, a management team, information for posting on the portal, a request for information from the portal, etc .;

- information can be represented by text or symbols for transmission to the portal (reception from the portal), parameters of the control command or parameters for settings, etc .;

- data on the purpose of different objects in the same organizational system may coincide (for example, for the main object and the object that reserves it), but each of the data on the purpose of the object is associated with a lot of data on types of information inherent only to this object.

3. In the module 3 conversion of data on the appointment of information from input 7 settings are recorded and stored:

- data blocks on the purpose of information for objects that are connected to the inputs and outputs of the KIV, which includes this module 3;

- each of these data blocks includes data on the purpose of the object, data on the address of the object, and data on the types of information that can be transferred to this object.

Wherein:

- data on the purpose of different objects may coincide (for example, for the main object and the object reserve it), but each of the data on the purpose of the object is associated with a lot of data on the types of information inherent only to this object;

- types of information include a decision-making scenario, a management team, information for posting on the portal, a request for information from the portal, etc .;

- information can be represented by text or symbols for transmission to the portal (reception from the portal), parameters of the control command or parameters for settings, etc.

4. In the module 4 encoding data from input 7 settings are recorded and stored:

- data on the addresses of those objects whose communication means are connected to the object inputs 8.1 and 8.2 outputs;

- data about the program for encoding and decoding data that is used in communication facilities of objects that are connected to the object inputs 8.1 and 8.2 outputs.

5. In the module 5 for encrypting data from input 7, the settings are recorded and stored:

- data on the address of the OS to which this module 5 and KIV belong, to which module 5 is a part, it can be, for example, data on the KIV network address in the data transmission network;

- data on the key and / or program for encryption and decryption, which is used, for example, in a data transmission network to which this module can be connected;

- data on the address of the object that is connected to the information output 6.2 and in accordance with which, data should be transmitted about incorrect situations in the KIV modules;

- data on an incorrect situation.

6. Through the power input 10, power is supplied to the power inputs of the data analysis module 1, information data conversion module 2, information assignment data conversion module 3, data encoding module 4 and data encryption module 5.

In mode 1, the complex of information interaction works as follows.

1. Data analysis module 1:

- receives from the information input 6.1 the initial block of information about the information containing data about the address, data about the type of information and data about the information;

- analyzes the address data from this block of data;

- if data is received about the address of the object to which data should be transmitted through one of the object outputs 8.2, it transmits the received data block of information through the internal bus 11 to the data encoding module 4;

- if data is received about the address of the organizational system (OS), to the objects of which data should be transmitted through the network output 9.2, it transmits the original block of information about the information via the internal bus 11 to the information conversion module 2.

2. Data encoding module 4:

- receives from module 1 the initial block of information about the information;

- performs, in accordance with the internal algorithm, encoding data on the type of information and information from the composition of the information data block adopted in module 4;

- transmits, in accordance with the data about the address of the object, encoded data about the type of information and information through the internal bus 11 to one of the object outputs 8.2.

3. Module 2 converting information about information:

- receives from module 1 the initial block of information about the information;

- determines, in accordance with the data on the OS address received in module 2, a plurality of data blocks on the purpose of objects of this OS.

- searches in this set of data blocks about the assignment of objects of the data block about the assignment of the object, which includes data on the type of information corresponding to the data on the type of information received in module 2 from module 1;

- if such a data block is not detected, it transmits the initial data block of information received from module 1 and data on an incorrect situation to information output 6.2, accompanying them with the address of the object that is connected to information output 6.2 and according to which data on incorrect data should be transmitted situations in the KIV modules;

- if such a data block is detected, it copies the data on the purpose of the object from this data block and remembers them;

- forms the initial block of data on the purpose of information by including in it data on the purpose of the object and the initial data on the OS address, data on the type of information and information about the information received in module 2;

- remembers the original data block about the purpose of the information and transfers it through the internal bus 11 to the data encryption module 5.

4. Data encryption module 5:

- receives from module 2 the initial block of data on the appointment of information;

- performs, in accordance with the internal algorithm (using, for example, the stored key and / or encryption program), the encryption of the source data block about the purpose of the information;

- transmits the encrypted source block of information about the purpose of the information to the network output 9.2.

In mode 2, the information interaction complex works as follows:

1. Information encoding module 4:

- receives from one of the object inputs 8.1 the initial block of information about the information containing data about the address, encoded data about the type of information and information;

- performs decoding of data on the type of information and information from the composition of the initial block of information about information received in module 4 and stores the decoded data;

- forms a block of decoded data, including address data, decoded data about the type of information and information, and transfers it through the internal bus 11 to the information analysis module 1;

2. Data analysis module 1:

- receives a block of decoded data from module 4;

- analyzes the address data from this block of data;

- if data is received about the address of the object to which data should be transmitted through information output 6.2, it transmits the received block of decoded data to output 6.2;

- if data is received about the address of the object to which data should be transmitted through one of the object outputs 8.2, it transmits the received block of decoded data via the internal bus 11 back to the data encoding module 4.

- if data is received about the address of the OS, in the objects of which data should be transmitted through the network output 9.2, then the received block of decoded data is transmitted via the internal bus 11 to the information data conversion module 2.

3. Data encoding module 4:

- receives a decoded data block from module 1;

- performs, in accordance with the internal algorithm (for example, using data about the program for encoding), encoding data about the type of information and information from the structure of the decoded data block received in module 4;

- transmits, in accordance with the data on the address of the object, encoded data on the type of information and information on one of the object outputs 8.2.

4. Module 2 converting data information:

- receives a decoded data block from module 1;

- determines, in accordance with the data on the OS address received in module 2, a plurality of data blocks on the purpose of the objects of this OS stored in module 2.

- searches in this set of data blocks about the assignment of objects of the data block about the assignment of the object, which includes data on the type of information corresponding to the data on the type of information received in module 2 from module 1;

- if such a data block is not detected, it transmits the decoded data block received from module 1 and the error situation data to information output 6.2, accompanied by the address of the object that is connected to information output 6.2 and according to which data on incorrect situations should be transmitted KIV modules;

- if such a data block is detected, it copies the data on the purpose of the object from this data block and remembers them;

- generates an initial block of data on the purpose of information by including in it data on the purpose of the object and data on the OS address, decoded data on the type of information and decoded data on information received in module 2;

- remembers the original data block about the purpose of the information and transfers it through the internal bus 11 to the data encryption module 5.

5. Data encryption module 5:

- receives from module 2 the initial block of data on the appointment of information;

- performs, in accordance with the internal algorithm (using, for example, the stored key and / or encryption program), the encryption of the source data block about the purpose of the information;

- transmits the encrypted source block of information about the purpose of the information to the network output 9.2.

In mode 3, the information interaction complex works as follows:

1. Data encryption module 5:

- receives, in accordance with its inherent network address (data about the OS address) from the network input 9.1, the encrypted source block of information about the purpose of the information and remembers;

- decrypts this data block and remembers;

- checks the identity of the data about the address of the OS, which is recorded in module 5 (the address of module 5, which is part of the KIV of this OS), and the data about the address of the OS, which is contained in the decrypted source block of information about the purpose of the information;

- if the data being checked is not identical, then the decrypted source block of information on the purpose of the information and the data on the incorrect situation are transmitted to information output 6.2, accompanied by data on the address of the object to which data on incorrect situations should be transmitted in the KIV modules, and from module 5 are erased encrypted and decrypted source blocks of information about the purpose of the information;

- if the data being checked is identical, it transmits the decrypted source block of information about the purpose of information through the internal bus 11 to the module 3 for converting data about the purpose of the information.

2. Module 3 converting data on the appointment of information:

- receives from module 5 and stores the decrypted source block of information about the purpose of the information;

- searches in a plurality of blocks of information about the purpose of information stored in module 3, a block of information about the purpose of information, which includes data on the purpose of the object and data on the type of information identical to the data on the purpose of the object and data on the type of information from the decrypted source block data on the purpose of information received in module 3 from module 5;

- if the desired block of data on the purpose of the object is not detected, it transmits data and data on an incorrect situation received from module 5 to information output 6.2, accompanying them with the address of the object that is connected to information output 6.2 and in accordance with which data on incorrect situations should be transmitted in KIV modules, and the decrypted source block of information on the purpose of information is deleted from module 3;

- if the desired data block is found, it copies the data about the address of the object from this data block and remembers them;

- generates and stores the output block of information about information by including in it data about the address of the object and decrypted data about the type of information and information about the information received from module 5;

- transmits the output data information block through the internal bus 11 to the data analysis module 1, it is recorded that the data type information and information data included in the output information data block are identical to the information type information and information data included in source data information block.

3. Data analysis module 1:

- receives an output data information block from module 3;

- analyzes data on the address of the object from the composition of the output information data block;

- if data is received about the address of the object to which data should be transmitted via information output 6.2, it transmits the received output data information block to output 6.2, and it is recorded that information about the type of information and information about the information included in the output data block information is identical to the information about the type of information and information about the information included in the original block of information about the information .;

- if data is received about the address of the object to which data should be transmitted through one of the object outputs 8.2, then the received output data information block is transmitted via the internal bus 11 to the data encoding module 4.

4. Data encoding module 4:

- receives from module 1 an output block of data on information;

- performs, in accordance with the internal algorithm (for example, using data about the program for encoding), encoding data about the type of information and about information from the composition of the output information data block received in module 4;

- transmits, in accordance with the information about the address of the object, encoded data about the type of information and information about one of the object outputs 8.2, it is recorded that the data about the type of information and data about the information included in the output data information block are identical to the data about type of information and information about the information included in the original block of information about the information.

The implementation of the complex of information interaction can be carried out on the basis of well-known computing means, by programmatically (according to the recorded or installed program) execution of operations described in the description of KIV functioning in 3 modes.

For example, to execute KIV in the form of a single structural unit, in which each of its modules is executed as a separate microcomputer, and the internal bus KIV, providing interaction between the modules, is executed as a “common bus". Wherein:

- for the execution of module 4 encoding data, you can use the algorithms for encoding and decoding data described in the patent [2];

- to implement the module 5 data encryption, you can use the solutions described in the patent [6].

In FIG. 2 is a diagram illustrating an example of industrial application of this method of transmitting information. Legend:

1. A consolidated organizational system consisting of different operating systems has been formed. Each OS includes a control system (SU) with its own subsystems for identifying and addressing control objects, data encryption and encoding. The task is to provide information interaction between the OS management systems that are part of the consolidated organizational system.

2. At the stage of preparation for operation, a complex of information interaction is introduced into the composition of each OS OS, while in the CIV.

- To the information input 6.1, output 6.2, respectively, the outputs, inputs of the computer complex (VK) of the control system and outputs, inputs of objects that are located in the same office as the control panel of the control system are connected. Connection is via the internal bus VK SU.

- A computer is connected to input 7 of the setup for setting up the KIV modules. KIV modules are configured in accordance with the description.

- The input 10 of the power supply is connected to the power supply network SU, and on the other hand with the power inputs of the modules KIV. Power is being supplied.

- The outputs and inputs of the communication network and / or communication facilities of the control system with objects remote from the control system of the control system are connected to object inputs 8.1 and outputs 8.2.

- The network input 9.1 and output 9.2 are connected respectively to the output and input of the computer network (or data transfer network) created to ensure data transfer between the OS management systems that are part of the consolidated organizational system. In addition, each KIV has its own network address corresponding to the address of the OS to which the KIV is connected to the control system.

3. At the operation stage, the task is solved in accordance with the above description of the modes of operation of the KIV. For example, figure 2 reflects the capabilities of the KIV to transmit information by examples of its operation in 3 modes.

4. In mode 1 (example 1). At the information input 6.1 from the VC, a block of data on information is received (see Fig. 2, “command for controlling the object”) and is processed in the KIV modules in accordance with the description, after which:

- if the control object is located in the zone of this VC, then encoded data about the type of information and information is transmitted to object output 8.2 (see figure 2 "command to control the object in the VK zone");

- if the control object is located in the zone of the control system of another OS, then output 9.2 sends a block of data about the purpose of information with encrypted data about the purpose of the object, the type of information and information (see figure 2 "the assignment of the command to control the object of another OS" )

5. In mode 2 (example 2). At the object input 8.1 from the means of communication with the object, a data block of information is received (see figure 2 “message about (non) execution of the command”) and is processed in the KIV modules in accordance with the description, after which:

- if data is received about the address of the object to which data should be transmitted via information output 6.2, then the received data block is transmitted to information output 6.2 (see in Fig. 2 “message about (non) execution of a command”).

6. In mode 3 (example 3). At the network input 9.1 from the computer network, a block of information about the purpose of information is received, including data on the OS address and encrypted data on the purpose of the object, on the type of information and on the information (see figure 2 "assignment of the command to control the object in the VK zone"). The received data is processed in the KIV modules in accordance with the description, after which:

- data on the address of the object to which the received data is to be transmitted is determined;

- if data is received about the address of the object to which data should be transmitted through information output 6.2, then the received data block of information is transmitted to output 6.2;

- if data is received about the address of the object to which data should be transmitted through one of the object outputs 8.2, it transmits, in accordance with the data about the address of the object, encoded data about the type of information and information from the incoming data block to one of the object outputs 8.2.

Thus, the method of transmitting information described in the description ensures the achievement of the claimed technical result and allows for coordinated management of objects - robotic and information systems that relate to different organizational systems, differing in identification methods and internal addressing systems of their objects, other parameters, depending on the purpose objects.

Information sources

[1] RU 2560820 C2, G06F 7/76 (2006.1), publ. 08/20/2015, bull. Number 23.

[2] RU 140887 U1, G05B 19/00 (2006.01), publ. 05/20/2014, bull. Number 14.

[3] RU 127493 U1, G05B 19/00 (2006.01), B25J 5/00 (2006.01), B25J 13/00 (2006.01), publ. 04/27/2013, bull. No. 12.

[4] RU 2532723 C2, G05B 19/00 (2006.01), G06Q 10/00 (2012.01), publ. November 10, 2014, bull. No. 31.

Additional sources

[5] Zatsarinny A.A., Shabanov A.P. Technology of information support for the activities of organizational systems based on situational centers. M .: TORUS PRESS, 2015.232 s.

[6] Arkhipkin V.Ya., Erokhin VV, Ivanov A.V. Data encryption device according to GOST 28147-89. RU 2498416 C1, G09C 1/00 (2006.01), H04L 9/06 (2006.01), publ. November 10, 2013, bull. 31.

Claims (2)

1. The method of transmitting information from an object of one organizational system through a transmitting point, a data transmission network and a receiving point to an object of another organizational system, characterized in that it contains the stages at which data on the addresses of the organizational systems into which objects are created and stored in the transmitting point data on information from this transmitting point, data blocks on the purpose of objects in these organizational systems can be transmitted, and each block of data on the purpose of the object includes data on When this object is used, the data on the types of information that can be transferred to this object form and store in the receiving point information blocks for the purpose of information for the objects of the organizational system to which this receiving point belongs, and each block of information on the purpose of information includes data on the purpose of this object, data on the address of this object and data on the types of information that can be received in this object, are received at the transferring point from the object of the organizational system to which this A transmitting point, an initial information data block containing information about information, information about the type of information and address data of the organizational system for which the source information information block is intended to be transferred to the object, a plurality of blocks are selected in accordance with the received data about the address of the organizational system data on the assignment of objects of this organizational system, which are stored in the transferring point, are found in the selected set of data blocks on the assignment of objects, a data block on the purpose of the object in which includes data on the type of information that is identical to data on the type of information that is included in the original block of information about the information, copy the data about the purpose of the object from the selected block of data on the purpose of the object and store them, form the original block of data on the purpose of the information by including the copied data about the purpose of the object and the data that are part of the original block of information about the information, and remember, transmit the original block of data about the purpose of information through the data network to the receiving point of that organization system, the address information of which is part of this data block, receive at the receiving point of this organizational system the initial block of information about the purpose of information and remember, choose from a set of blocks of data about the purpose of information that are stored in the receiving point, the block of data about the purpose of information , in which data on the type of information and data on the purpose of the object are identical respectively to data on the type of information and data on the purpose of the object, which are part of the received source data block data, and remember, copy from the selected data destination information block data about the object address and store them, generate and store the output information data block by including the copied data about the object address and information about the type of information, and information about the composition of the initial block of data on the purpose of information, transmit the output block of data on information in accordance with the data on the address of the object, while recording that data on the type of information and data on the information included in the output th block of the information data, identical data about the type of information and data about the information included in the original block of the information data. 2. The method according to p. 1, in which the objects of organizational systems can be robots, automated systems, information portals, computer systems, personal computers, workstations, elements of information systems, computer networks and data transmission networks, including servers, computers , switches, routers, elements of alarm and warning systems, sensors and other technical equipment, equipped with devices for receiving and transmitting data, to each set of objects that are homogeneous in purpose, but related to different organizational systems, the corresponding set of homogeneous types of information is compared, the types of information include a decision-making scenario, a management team, information for posting on the portal, a request for information from the portal and other types of information with which you can compare the purpose of certain objects organizational systems, information can be represented by text, numbers or symbols for transmission to the portal and reception from the portal, for writing to databases or reading from databases data, parameters of the management team or parameters for setting up objects of organizational systems, data on the assignment of different objects in one organizational system can coincide, but each of the data on the purpose of the object is associated with a lot of data on types of information that are unique to this object.

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