RU15412U1 - MULTILEVEL HIERARCHICAL SYSTEM OF THE DISTRIBUTED MANAGEMENT OF ECONOMIC OBJECTS, OBJECTS OF BODIES OF THE POWER AUTHORITY AND OBJECTS OF BODIES OF THE HIGHER POWER - THE SINGLE HIERARCHICAL INFORMATION FIELD OF THE COUNTRY - Google Patents

Abstract

1. A multi-level hierarchical system of distributed management of economic objects, objects of government bodies and objects of bodies of higher authority - a single hierarchical information field of the country, including servers, each of which is configured to interact with other servers and with the possibility of replication, servers are combined into a hierarchical peripheral set (hierarchical body), hierarchical central set (hierarchical core) and hierarchical storage set (hierarchical memory), at each level of the hierarchy, the system includes data circulation control units between hierarchical peripheral set servers and hierarchical central set servers for performing self-regulation functions, a filtering unit and data circulation control unit between hierarchical central set servers and hierarchical storage set servers for performing self-development functions .2. The system of claim 1, wherein at each level of the hierarchy, the hierarchical peripheral set of servers is made in the form of peripheral, central and storage groups of servers and comprises a data circulation control unit between peripheral and central group servers for performing self-regulation functions, a filtering unit and a data circulation control unit between the servers of the central and storage groups to perform the functions of self-development. 3. The system according to claim 1, in which at each level of the hierarchy, the hierarchical central set of servers is made in the form of connecting, controlling and storing groups of servers and contains a control unit

Description

G06F 17/60

Layered hierarchical system

distributed management of economic objects,

objects of public authorities and objects

bodies of supreme power - a single hierarchical

information field of the country.

The utility model relates to controls and can be used to manage economic objects, objects of state authorities and objects of bodies of higher authority.

Known multi-level hierarchical control system containing at each level of the server hierarchy, each of which is connected to the rest (US Pat. US 5560027.15 / 16, publ. 1996).

The disadvantages of the known system is not high enough functionality.

The objective of this utility model is to develop a system for managing economic objects, objects of state authorities and high authorities with high information survivability through the use of distributed control at all levels of the hierarchy and at each level of the hierarchy, use of a single mathematical platform for all servers, distribution of servers to peripheral hierarchical set (hierarchical body), central hierarchical set (hierarchical core) and hierarchical memory a multitude (hierarchical memory), combining them

by implementing a two-loop control mechanism, by enabling each server to replicate its data and, finally, by connecting the servers of the central hierarchical set to the servers of the peripheral hierarchical set and connecting the servers of the storage hierarchical set to the servers of the central hierarchical set of any level of the hierarchy.

The technical result consists in expanding the functionality and increasing the survivability of the system.

The result is achieved by the fact that in a multi-level distributed system of managing economic objects, objects of state authorities and objects of bodies of higher authority - a single hierarchical information field of the country, including servers, each of which is configured to interact with other servers and with replication, the servers are combined into hierarchical peripheral set (hierarchical body), hierarchical central set (hierarchical core) and hierarchical storage set your (hierarchical memory), at each level of the hierarchy, the system includes data circulation control units between hierarchical peripheral set servers and hierarchical central set servers for performing self-regulation functions, a filtration unit and data circulation control unit between hierarchical central set servers and hierarchical storage set servers for execution functions of self-development, and the fact that at each level of the hierarchy a hierarchical peripheral set of servers It is implemented in the form of peripheral, central and storage groups of servers and contains a control unit for data circulation between

peripheral and central group servers for performing self-regulation functions, a filtering unit and a data circulation control unit between central and storage group servers for performing self-development functions, and the fact that at each level of the hierarchy, the hierarchical central set of servers is made in the form of connecting, managing and storing server groups and contains a control unit for the circulation of data between the connection and control servers of the control system for performing self-regulation functions, a filtering unit and a unit control data circulation between the servers of the control and storage groups to perform self-development functions, a communication unit configured to connect the servers of the connecting group to the servers of the central group of the hierarchical peripheral set, and the fact that at each level of the hierarchy, the hierarchical storage set of servers is made in the form of connecting and storage groups of servers and contains a filtering unit and a control unit for the circulation of data between the servers of the connecting and storage groups for performing self-development functions, a communication unit configured to connect the connection group servers to the servers of the control group of the hierarchical central set, and the fact that each server of the peripheral group contains a technical database and an operational database, each server of the central group contains a database of market conditions, investment and credit and financial database, commercial database, organizational database, scientific and technical database, each server of the storage group with it will have a pilot economic database, the control unit for data scribing between the servers of the peripheral and central groups is made with the ability to control the circulation

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operational database, the control unit for the circulation of data between the servers of the central and storage groups is configured to control the circulation of the experimental economic database, the filtering unit is configured to filter the data of the experimental economic database, and the fact that each server of the connecting group contains an operational socio-economic base data, each server of the management group contains a database on market conditions, an investment credit and financial database, an organizational database, yes data, a scientific and technical database, a socio-economic database, each server of the storage group contains an experimental socio-economic database, a database of characteristics of the leaders of the corresponding rank, the control unit for the circulation of data between the servers of the connecting and control groups is made with the ability to control operational circulation socio-economic database, the control unit for the circulation of data between the servers of the control and storage groups is configured to control circ by an experimental socio-economic database, the filtering unit is configured to filter the data of the experimental socio-economic database, and by the fact that each server of the connecting group contains an operational socio-economic database, each server of the storage group contains a knowledge base, legislative base, social -economic base, a database of characteristics of the leaders of the corresponding rank, the control unit for the circulation of data between the servers of the connecting and storage groups is made with the ability to control the circulation of the knowledge base and the experimental socio-economic base, the filtering unit is configured to filter the data of the knowledge base and the experimental socioeconomic base, and the fact that the control unit for the circulation of data between the servers of the hierarchical peripheral and central sets is made with the option of etching the integrated operational social -economic database, the control unit for the circulation of data between the servers of the hierarchical central and storage sets is made with the ability to control the circulation of the integrated knowledge base, the filtering unit is configured to filter the integrated knowledge base.

The restrictive and explicit features of the invention are set forth in a single set of features in the claims. A specific, but not limiting of the present utility model, an example of the system is shown in figure 1-1. In FIG. 1 shows the implementation of one level of hierarchical

peripheral set, in FIG. 2 - a set of levels of the peripheral hierarchy and in Fig. 3 - the bypass control mechanism, namely, servers of the central group 1 (or core servers of a single information field of economic objects), servers of 2 peripheral groups (or body servers of a single information field of economic objects), servers 3 storage groups, the control database circulation control unit 4, the experimental database circulation control unit 5, the actual information filtering unit 6, each server 1,2,3 contains a replication unit 7.

Block 4 controls the transfer of installation information from server 1 to server 2 and the actual information from server 2 to server 1.

Block 5 controls the transfer of actual information from server 1 to block 6, selected information from block 6 to server 3, and selected information to server 1.

Block 6 filtering selects the information of the experimental database from server 1 according to certain criteria (depending on the area of use) and transfers it to server 3.

Block 7 exchanges the data of a specific server with any other activated (requiring this information).

The circuits connecting the servers of the same name, in fact, represent the network of these servers. Blocks 4-7 are made using software and hardware of computer technology.

Fig. 4 shows an example of one level of the hierarchical central set; Fig. 5 shows the totality of the levels of the central hierarchy and in FIG. 6 - the bypass control mechanism of the hierarchical central group, where the servers of the 8 control group (or the core servers of the single information field of government bodies), the servers of the 9 connecting group (or the servers of the dynamic body of the single information field of the state bodies are indicated) power), storage group servers 10 (or memory servers), operational database circulation control unit 11, socio-economic circulation control unit 12 Coy base unit 13 filtering socioeconomic base, each server 9, 10, 11 comprises a replication unit 7, at each level of the hierarchy of the system has a central unit 14 communicate with servers economic objects.

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Block 11 controls the transfer of installation information from server 8 to server 9 and actual information from server 9 to server 8.

Block 12 controls the transfer of factual information from server 8 to block 13, selected information from block 13 to server 10 and selected information to server 8.

Block 13 filtering performs the selection of the socio-economic base from the server 8 according to certain criteria (depending on the area of use) and transfers it to the servers 10.

Block 14 controls the transfer of installation information from servers 9 to the servers of economic entities of the country and actual from servers of economic entities to servers 9.

The circuits connecting the servers of the same name, in fact, represent the network of these servers.

In FIG. 7 shows an example of performing one level of a hierarchical storage set, Fig. 8 is an example of a set of levels of a storage hierarchy and in Fig. 9 of a double-loop control mechanism, where servers 15 of a storage group (or memory servers of a single information field of higher authorities) are indicated, servers 16 are connecting groups (or servers of the dynamic core of a single information field of higher authorities), block 17 for controlling the circulation of the knowledge base and experimental socio-economic base, block 18 for filtering the knowledge base, each the second server contains a replication unit 7, at each level of the hierarchy of the system there is a unit 19 for communication with the servers of public authorities.

, 10 6 Block 17 controls the transfer of actual information from server 16 to block 18, selected information from block 13 to server 15, and selected information to server 16.

Block 18 filtering selects the socio-economic base and information of the knowledge base from server 16 according to certain criteria (depending on the area of use) and transfers it to servers 15.

Block 19 controls the transmission of selected socio-economic information and a knowledge base from servers 15 to the servers of state authorities and the actual from servers of state authorities to servers 15.

The circuits connecting the servers of the same name, in fact, represent the network of these servers.

In FIG. 10 shows an example of performing one level of one hierarchy, FIG. 11 is a set of hierarchy levels; and FIG. 12 is a hierarchical hierarchical control mechanism for hierarchical central set servers 20 or hierarchical core, hierarchical peripheral set servers 21 or hierarchical body, hierarchical storage set servers 22 or hierarchical memory, integrated operational circulation control unit 23 socio-economic database, integrated knowledge base circulation control unit 24, actual integrated information filtering unit 25 , a communication unit 14 connecting the servers of the central hierarchy with the servers of the peripheral hierarchy, a communication unit 19 connecting the servers of the storage hierarchy with the servers of the central hierarchy.

Blocks 23 controls the transfer of the integrated integrated socio-economic base from servers 20 to servers 21 and the actual integrated socio-economic base of servers 21 and 20.

Blocks 24 controls the transfer of integrated factual information from servers 20 to block 25, selected integrated information from block 25, selected integrated information from block 25 to server 22, and selected integrated information to server 20.

Block 25 filtering selects an integrated pilot socio-economic base and integrated knowledge base from servers 20 according to certain criteria depending on the area of use and transfers it to server 22.

The circuits connecting the servers of the same name, in fact, represent the network of these servers. All servers and blocks are made using computer technology with the necessary peripherals and software.

To solve the problem of managing economic facilities, government bodies and higher authorities based on the creation of a single information field, all servers must use a single information platform, for example, Lotus Notes, which contains five technologies:

-documented database;

- application development tools;

- data replication system;

Each server is an independent information unit, including a data storage system, a system for constructing and processing requests, a subscriber identity system, an information exchange system with subscribers, a server management system and a data replication system. The system for connecting to INTERNET server subscribers can be other servers, users of a single hierarchical information field (EIIP) (hereinafter referred to as subscribers) and INTERNET subscribers.

When accessing the EIIP subscriber’s server, the request is sent through the information exchange system to the subscriber’s identification system, which checks the subscriber’s identifier with the information stored in the server’s address book and, in accordance with the subscriber’s access rights, transmits the request to the system for constructing and processing requests or denies access.

The system for constructing and processing requests, based on a pre-built and periodically updated database and subscriber's request, finds the location of the required information in the data storage system, extracts it and transfers it to the information exchange system for transmission to the subscriber.

The server management system is designed to create rules, schedules, access rights and priorities when the server is working with EIIP subscribers, as well as to configure a data replication system, which is an automatic process of exchanging information between servers.

Functionally, the server is both a source and a receiver of information and serves as the building block of the EIIP.

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A single information field is such a system in which each receiver is connected to each source, all sources are connected to each other, the contents of the sources can be rendered.

Functionally EIIP is an electronic table on which electronic folders of documents are located. At this table, any number of specialists at any distance can work at the same time. At the same time, the country's objects covered by the information field are transferred to the rank of open systems, the growth of entropy (chaos) at these objects ceases, they acquire the ability to survive and self-development.

To perform their functions, the servers of the EIIP core 1 must contain the following database classes:

- market conditions - products, dynamics of sales objects, forecast; prices and their dynamics, forecast; interregional and international market: dynamics of sales volumes, forecast; prices and their dynamics, forecast; product requirements, forecast; Manufacturers terms of delivery; level of monopoly; situation on exchanges, information about potential customers.

- investment and credit and financial, on the interaction of the facility with interregional and international investors and banks, on the current financial condition of the region controlled by the facility and its forecast;

-organizational - reflecting the structural relationships of the object and the function of the constituent parts of the object;

region and data on the forecast for the development of scientific and technical areas.

To perform their functions, servers 2 of the EIIP body must contain the following database classes:

- technical - on the technology of manufacturing products and services; about standard design decisions about equipment, mechanisms, tools; about materials and components; on normative and technical documentation, on progressive technologies, on catalogs of products and services, on estimates, on specialized labor standards;

- operational - on the state of production and on the provision of services at the moment and in the future (accounting for materials, costs, fixed assets, charging salaries, accounting for the execution of orders, etc.).

In order to perform their functions, the EIIP servers 3 must accumulate an experimental database of the most important scientific, technical, industrial and economic indicators obtained as a result of the economic activity of the economic object in a simpler calendar period (month, from the beginning of the quarter, from the beginning of the year).

To implement the EIIP, the 1,2,3 core, body and storage servers must interact using a two-loop control mechanism, according to which, in the first control loop, the 1.2 core and body servers of each economic object exchange installation operational information and perform a self-regulation function. In the second circuit, the 1.3 core and storage servers use the selected

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block 6 an experimental database and form new tasks for self-regulation, i.e. carry out the function of self-development.

Consider the operation of the system on a specific example of the construction corporation A.

Let's say construction corporation A has a hierarchical structure consisting of three levels of hierarchy:

The first branch is the administration of corporation A,

The second level - Joint-stock companies are the founders of the corporation.

The third level is enterprises (factories, design institutes, construction and installation companies).

At all levels of the corporation hierarchy, two sets of tasks are solved:

The first is the maintenance of parameters (in terms of volume, schedule of design and survey works (design and survey), material costs, etc.) within specified limits, which ensures self-regulation.

The second is the search and implementation of the necessary measures to improve the parameters (building an optimal plan for the production of products, maximizing profits, forecasting optimal development, minimizing costs, finding a more efficient business) that ensure self-development.

At the first level of the corporation hierarchy, core 1 servers serve the administration, body 2 servers serve joint stock companies and individual enterprises, and servers 3 accumulate the corporation's experimental database.

At the second level, servers of the 1st core serve the administration of joint-stock companies, servers of the 2nd body

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serve companies, servers 3 contain an experimental database of a joint-stock company.

At the third level, servers of the 1st core serve the administration of enterprises, servers of the 2nd body serve the production units of the enterprise, servers 3 contain an experimental database of enterprises.

The work of the double-circuit control mechanism in the single information field of the building corporation A can be considered by the example of regulation of the production of products of the joint-stock company - founder B (for example, products of flights of stairs and window frames).

The servers of the 1st core EIIP of Corporation A are introduced the market conditions for light metal structures, a program for the release of products for a calendar period (month, quarter, year), scientific and technical data (information on the cooperation of factories, material and labor standards).

In servers 2 bodies of EIIP Corporation A enter in-kind operational data for a specific period (actual information on the release of products for a month), technical standards of products (operational standards).

In servers 3, they enter in-kind actual information about the release of products (plans-facts) on an accrual basis for the calendar period (month, from the beginning of the quarter, from the beginning of the year).

The task of self-relocation is solved using blocks 4 control the circulation of the operational database between servers 1, 2 and blocks 7 replication.

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- leads a product release program; forms an operational database of the actual release of products for a specific period; keeps track of the calendar program for the release of products and develops a management decision.

The task of self-development is solved with the help of blocks 5 for controlling the circulation of the experimental database between the servers 1.3 blocks 6 filtering the experimental database and blocks 7 replication. The circulation control unit 5 of the experimental database forms the optimal production plan for the calendar period in order to maximize profits by linear programming. Block 6 selects the actual data on the release of products for the past calendar period. Server 3 generates a cumulative total of actual data (month, from the beginning of the quarter, from the beginning of the year). An experimental database on the actual release of products for the past calendar period is used as a reference linear programming program. The program uses market conditions for light metal structures and updated scientific and technical standards as limitations. The economic stability and development of joint-stock corporation A is due to the fact that instead of an approximate program, the production of products as the goal of regulation is set to the optimal program.

To perform their functions, 8 core servers of each level of the central hierarchy must contain the following databases:

- conjuncture of the interregional and international market: dynamics of sales volumes, forecast; prices and their dynamics, forecast; requirements for production, forecast; Manufacturers terms

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supplies; level of monopoly; situation on exchanges, information about potential customers.

- inter-regional and international investment and credit and financial, on the interaction of objects

interregional and international investors and banks, on the current financial condition of the region controlled by the facility and its forecast;

-organizational - reflecting structural relations in the region, the controlled object and the functions of economic objects of the region;

-scientific and technical - information about the world scientific and technical level in the field of the subject of activity of economic objects of the region and data on the forecast for the development of scientific and technical areas.

To perform their functions, servers 9 of the dynamic body of each level of the central hierarchy must contain the following databases:

- operational - on the state of production and on the provision of services at the moment and a forecast for the future of economic facilities connected to servers 9 (data within the scope of the task to be solved by a government authority and connected economic facilities).

To perform their functions, the Servers 10 of each level of the central hierarchy of the memory of the EIP must contain an integrated knowledge base - the most important scientific, technical and industrial-economic indicators accumulated as a result of solving problems of life support

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regions for the past calendar period (A {month, from the beginning of the quarter, from the beginning of the year).

To implement the EIT, the 8.9.10 core, dynamic body and memory servers must interact using a two-loop control mechanism, according to which in the first control loop, the 8.9 servers of each object exchange installation integrated operational information and drain; they carry out the self-regulation function. In the second circuit, the servers 8.10 use the selected integrated knowledge base and form new installation tasks for after-time; self-regulation, i.e. carry out the function of self-development, and also form information that characterizes the responsible performers.

Let us consider the operation of the system using a specific example of State authority C on construction, architectural and housing policies (hereinafter C).

Let the sphere of influence of authority C extend to the country's construction complex, which includes thousands of construction companies of various forms of ownership.

Organ C solves two sets of tasks in the construction complex:

The first is the maintenance of contract work, housing commissioning, production of building materials, the level of housing and communal services (housing and communal services, etc.) within specified limits (self-regulation).

The second is the search and implementation of the necessary measures to improve the parameters of the construction industry (increase in construction and building materials industry, increase in efficiency

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capital construction and housing and communal services, reduction of tariffs for housing and communal services, etc. (self-development).

The work of the two-bushed control mechanism in the single information field of body C can be considered by the example of regulating international cooperation with the state authority D on the problems of reconstruction, repair and improving the thermal efficiency of operating large-panel buildings.

To the servers of body 8 of the C program are the problems of reconstruction, repair, and improving the thermal efficiency of operating large-sized buildings, the conjuncture of the international market for large-panel buildings, world-class scientific and technical data on the problem of thermal efficiency.

In the servers 9 of the dynamic body enter operational data on the implementation of the program for a specific period (fayugicheskie information on the problems of reconstruction, repair and increase the thermal efficiency of large buildings in operation per month).

In servers 10, they enter in-kind factual information about the implementation of the program for all indicators with the cumulative total for the past calendar period (month, from the beginning of the quarter, from the beginning of the year), including informal information that ensures the implementation of the program, including the results of the activities of managers of the corresponding rank.

Depending on the results of the implementation of the program, a database is also formed - characteristics of the business and moral qualities of the responsible performers. Data may be

used to confirm the right to hold a position or when taking on another position a leader of the corresponding rank.

The task of self-regulation is solved using the AND blocks of the operational database control between the servers 9 and the replication blocks 7.

Block 11 control circulation of the operational database performs the following actions:

- Leads a program on the problems of reconstruction, repair and improving the thermal efficiency of operating large buildings;

- forms an integrated operational database on the actual implementation of the program for a specific period;

- Keeps records of program execution and develops management recommendations to maintain program parameters within specified limits.

The task of self-development is solved with the help of blocks 12 for controlling the circulation of the experimental base between servers 8 10 and blocks 13 for filtering the integrated knowledge base and blocks 7 for replication.

An experimental base circulation control unit 12 forms an optimal plan for implementing the program for a calendar period in order to minimize resource costs (for example, to introduce the use of corrugated sheets with mineral wool insulation in sq.m.).

Block 13 selects the actual data on the implementation of the program for the past calendar period (from the beginning of the year, from the beginning of the quarter, the implementation of the RW schedule, about repair

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enclosing structures, etc.), as well as data on the business and moral qualities of responsible executives, containing information from senior managers and individual employees about the quality of the program, information from the personnel department and individual employees about the behavior in the workplace.

Block 14 controls the circulation of information between connecting servers 9 and servers of economic objects:

- connects servers 9 with servers of economic objects in accordance with the organizational base (for example, the server of joint-stock construction company A, B, etc.)

- controls the circulation of the experimental database between servers 9 and servers of economic objects - program executors. (For example, with the servers of the joint-stock company A regarding the circulation of actual data on the supply of plates with mineral wool insulation to the reconstruction object).

Server 10 forms a cumulative total of factual information about the implementation of the program (month, from the beginning of the quarter, from the beginning of the year), which are part of the object database.

Economic stability and the development of organ C is due to the fact that instead of an approximate plan, the optimal plan that minimizes resources is set as the goal of regulation (for example, the minimum consumption of plates with mineral wool insulation at a certain level of building's thermal efficiency).

-base of knowledge about the life of the relevant region;

the base of socio-economic development of the region in the main production and economic sectors;

database of planned environmental measures;

a database of large projects of regional infrastructures, etc.

To perform their functions, the servers 16 of the dynamic core of each level of the storage hierarchy must contain the following databases:

-operative - data on the status of the implementation of socio-economic programs (data within the scope of the task solved by the supreme authority and connected state authorities).

To implement the EIP, the servers 15, 16, 9 of the memory and the dynamic core of the storage hierarchy, the dynamic body of the central hierarchy must interact according to the two-loop control mechanism. According to which, in the first control loop, servers 16, 9 of each level exchange installation and operational information and perform the function self-regulation. In the second circuit, servers 15.16 use the knowledge base and the selected socio-economic base and form new installation tasks for subsequent self-regulation, i.e. carry out the function of self-development, and also form information that characterizes the responsible performers.

Let the sphere of influence of the supreme body E extend to public authorities F1 and F2 of the regions, respectively, R1 and K2 with many economic objects A, B.

Let one of the main functions of the supreme authority be an assessment of the investment attractiveness of the R1 and R2 regions and competitive projects, the analysis of presidential candidates, etc.

The work of the dual-circuit control mechanism of the supreme authority E (hereinafter referred to as E authority) can be considered by the example of choosing the option of a targeted program for the transportation of oil products and gas from various regions of the country and to port terminals of the regions R1 and R2.

The servers 15 of body E introduce a knowledge base on investment projects and a database of an intersectoral program for transport and technical support for cargo transit through the coastal territories of the regions R1 and R2.

Into the servers, the 16 diamic nucleus of organ E is introduced;

- a database of descriptions (with diagrams and calculations) of port complexes;

-base of these projects of large regional infrastructures,

-base of data of target programs,

- a database of socio-economic development of the regions R1 and R 2,

-data complex of planned environmental measures for the regions R1 and R2.

Into the servers of 9 dynamic bodies of bodies F1 and F2 enter: Systematized databases of enterprises and economic objects that are in various stages of their

“Life cycle for the most important industries, profile for the regions R1 and R2, incl. expected income, the nature of newly planned activities, annual turnover, authorized capital, number of employees, etc.

They also introduce the legal framework and guarantees for stimulating investment activity in the regions R1 and R2, data on persons - project coordinators.

The task of self-regulation is solved using the control blocks 11 of the circulation of the operational database between the servers 16 and 9 and the replication blocks 7.

Block 11 control circulation of the operational database performs the following actions:

-contains a database of large targeted programs;

- Forms an operational database on the actual implementation of large targeted programs;

- Keeps records of the implementation of large targeted programs and develops management recommendations to maintain the parameters of the program within specified limits.

The task of self-development is solved using the circulation control blocks 17 of the experimental socio-economic base and the knowledge base between servers 16 and 15, filtering blocks 18 of the knowledge base and replication blocks 7.

Block 17 control circulation of the experimental socio-economic base and the knowledge base:

- forms options - hypotheses of decisions on transportation of oil products and gas,

- forms levels - strategies and tactics for solving problems covered by the Transportation Program.

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- forms a filtration unit 18 in the form of a Karmoid with “framing - the expected effect, the present conditions and the planned actions.

- formation of a knowledge base as a result of synthesis of priority decisions by “collecting in a new whole elements taken from decisions of various levels.

Block 18 selects alternative solutions. The transportation tasks through the prism of factors, identifying the elements of problem situations in the “virtual field, the cartoid forms a reference point in the form of an adder of its implementation for each of the evaluation factors: effect, condition, action, gives a numerical and clean-up rating of the options considered, allowing you to export about the priority of each option solutions.

The control unit 19 shkfkulyatsii information between the connecting servers 16 and the servers of public authorities:

-connects 16 servers with servers of public authorities in accordance with the organizational base;

- manages the circulation of an experienced integrated knowledge base between servers 16 and servers of public authorities F1, F2,

Organ 15 memory servers 15 form a knowledge base in the form of a justification for the selection of facilities and activities included in the final decision on the transportation of oil products and gas based on the use of “rating of options, values of return on investment and derivative indicators, calculated according to the model“ Cost-effectiveness - quality.

The economic stability and development of organ E and the regions R1 and R2 controlled by it is due to the fact that instead of a funeral program and a selective act of “choosing from a variety of alternatives, the decision-maker gets the opportunity to arrange alternative solutions in such a quasi-temporal ratio in which“ the alternatives are not antagonists , but just with different “pictures of the same reality hidden from direct perception. At the same time, a special measure of harmony is provided, quantitatively expressed in the variants of a stable, equilibrium state in the foreseeable future.

To perform their functions, the servers 22 of the hierarchical memory of each level of the EIIP storage hierarchy should contain an integrated knowledge base of the most important scientific, technical and integrated socio-economic indicators accumulated as a result of solving problems of ensuring the vital functions and development of the country over the past period.

To implement EIIP, servers 20,21,22 of the hierarchical core, hierarchical body, and hierarchical memory must interact by a two-loop control mechanism, according to which, in the first control loop, servers 20,21 of each hierarchical set of objects exchange the integrated integrated operational information and perform the self-regulation function .

In the second circuit, the servers 20,22 use the selected integrated knowledge base and form new installation tasks for subsequent self-regulation, i.e. carry out

the function of self-development, as well as form information characterizing the responsible leaders of the country.

Consider the operation of the system on a specific example of a hierarchical set of organs of higher authority R.

Let the sphere of influence of the hierarchical set of bodies of higher authority P extend to the hierarchical sets of public authorities P1 and P2 with a hierarchical set of economic objects G1 and G2.

Let one of the main functions of the hierarchical set of supreme power P be ensuring the efficiency of the national economy of the mechanism by searching for the optimal structure and functional organization of government bodies P1 and P2, as well as by rational selection of senior officials of bodies P1 and P2.

The servers of 22 hierarchical sets of organs of P introduce the legislative framework and an integrated experimental knowledge base with data on the results of the implementation of the most important programs that ensure the country's vital activity and its development, including the results of the activities of managers of the corresponding rank.

In the servers of 20 hierarchical sets of public authorities P1 and P2 enter:

- The most important programs that ensure the life and development of the country;

-organizational bases reflecting structural ties in regions controlled by bodies P1 and P2;

-information characterizing the business and moral qualities of the responsible executors of the most important programs of the P1iR2 bodies.

The servers of 21 hierarchical sets of economic objects introduce an integrated operational database on the implementation of critical programs.

The problem of self-regulation is solved using the circulation control units 23 of the integrated operational database between the servers 20,21 and the replication units 7.

Block 11 control circulation of the operational database performs the following actions:

- Leads the most important programs that ensure the livelihoods and development of the country;

- forms an integrated operational database on the actual implementation of programs for a specific period;

- keeps records of the implementation of critical programs, including the generation of data characterizing the responsible executors of critical programs.

The task of self-development is solved with the help of blocks 24 for controlling the experimental integrated knowledge base between the servers 20 and 22, blocks 25 for filtering the integrated knowledge base and blocks 7 for replication.

The circulation control unit 24 of the pilot integrated knowledge base generates proposals for the optimal structure and functional capabilities of bodies P1 and P2, including proposals for mixing civil servants P1 and P2 through the ranks.

Block 25 selects the actual integrated data on the implementation of the most important programs for the past calendar period (from the beginning of the year, from the beginning of the quarter), as well as data on the business and moral qualities of responsible performers.

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The data can be used to confirm the right to occupy a position or to accept a manager of the corresponding rank for another position, as well as in the case of a civil servant being nominated as a candidate for any elected position.

The servers 22 of the hierarchical memory of organ P form an integrated knowledge base in the form of justification for choosing the optimal structure and functional organization of bodies P1 and P2, as well as form proposals for the optimal use of public servants of bodies P1 and P2.

Economic stability and development of regions controlled by a hierarchical set of bodies of supreme authority P is due to the fact that instead of approximate, “strong-willed decisions on the organization of the national economic mechanism, the P body gets the opportunity to optimize the structure and functional organization of the P1 and P2 bodies, as well as rationally arrange the management of bodies P1 and P2, aimed at improving the efficiency of the implementation of the most important programs providing

vital activity and development of the country. An example of the structure, the interaction of hierarchical sets of economic objects, public authorities and higher authorities is shown in FIG. thirteen.

Thus, the use of real

“A multilevel hierarchical system of distributed management of economic objects, objects of state authorities and bodies of higher authority - a single information field of the country provides high survivability

economic objects, regions and the country as a whole due to the distributed management of the totality of economic objects, objects of state authorities and objects of higher authorities and each object of countries separately at all levels of the hierarchy and at each level of the hierarchy. This is achieved through the use of a single mathematical platform for all servers, which avoids informational, functional, and software inconsistencies, divides the server into a control hierarchy (hierarchical core), serving a hierarchy (hierarchical body), storing a hierarchy (hierarchical memory), combining them through implementation bypass control mechanisms that implement self-regulation and self-development of the country's facilities. The data exchange of any servers is provided by the ability to replicate their data by each server.

All this allows you to expand the functionality and increase the survivability of the system.

Claims (8)

1. A multi-level hierarchical system of distributed management of economic objects, objects of government bodies and objects of bodies of higher authority - a single hierarchical information field of the country, including servers, each of which is configured to interact with other servers and with the possibility of replication, servers are combined into a hierarchical peripheral set (hierarchical body), hierarchical central set (hierarchical core) and hierarchical storage set (hierarchical memory), at each level of the hierarchy, the system includes data circulation control units between hierarchical peripheral set servers and hierarchical central set servers for performing self-regulation functions, a filtering unit and data circulation control unit between hierarchical central set servers and hierarchical storage set servers for performing self-development functions .  2. The system according to claim 1, in which at each level of the hierarchy, the hierarchical peripheral set of servers is made in the form of peripheral, central and storage groups of servers and comprises a control unit for circulating data between the servers of the peripheral and central groups for performing self-regulation functions, a filtering unit and a control unit data circulation between the servers of the central and storage groups to perform the functions of self-development.  3. The system according to claim 1, in which at each level of the hierarchy the hierarchical central set of servers is made in the form of a connecting, managing and storing group of servers and contains a control unit for circulating data between the connecting and managing group servers for performing self-regulation functions, a filtering unit and a control unit data circulation between the servers of the control and storage groups to perform self-development functions, a communication unit configured to connect the connecting group servers to the servers hepher of the central group of the hierarchical peripheral set.  4. The system according to claim 1, in which at each level of the hierarchy, the hierarchical storage set of servers is made in the form of a connecting and storing group of servers and comprises a filtering unit and a control unit for circulating data between the servers of the connecting and storing groups for performing self-development functions, a communication unit made with the ability to connect the servers of the connecting group with the servers of the management group of the hierarchical central set.  5. The system according to claim 2, in which each server of the peripheral group contains a technical database and an operational database, each server of the central group contains a database on market conditions, an investment and credit-financial database, a commercial database, an organizational database, scientific and technical database, each server of the storage group contains an experimental economic database, the control unit for the circulation of data between the servers of the peripheral and central groups is made with the ability to control the circulation iey operational database, the data control unit of the central circulation between servers and storage groups is adapted to control the circulation of experimental economic database, a filtering unit configured to filter the data pilot economic database.  6. The system according to claim 3, in which each server of the connecting group contains an operational socio-economic database, each server of the management group contains a database of market conditions, an investment credit and financial database, an organizational database, a scientific and technical database, socio-economic database, each server of the storage group contains an experimental socio-economic database, a database of characteristics of the leaders of the corresponding rank, a control unit for the circulation of data between the servers of the connecting and control groups are configured to control the circulation of the operational socio-economic database, the data circulation control unit between the servers of the management and storage groups is configured to control the circulation of the experimental socio-economic database, the filtering unit is configured to filter the data of the experimental socio-economic Database.  7. The system according to claim 4, in which each server of the connecting group contains an operational socio-economic database, each server of the storage group contains a knowledge base, legislative base, socio-economic database, a database of characteristics of the leaders of the corresponding rank, control unit for data circulation between the servers of the connecting and storage groups, it is configured to control the circulation of the knowledge base and the experimental socio-economic base, the filtering unit is configured to filter data s knowledge base and experienced socio-economic base. 8. The system according to claim 1, in which the control unit for the circulation of data between the servers of the hierarchical peripheral and central sets is configured to control the circulation of the integrated operational socio-economic database, the control unit for the circulation of data between the servers of the hierarchical central and storage sets is configured to control the circulation integrated knowledge base, the filtering unit is configured to filter the integrated knowledge base.