DEMOCRACY IS THE MOST IMPORTANT FACTOR OF SUSTAINABLE DEVELOPMENT

The article analyzes two main forms of democracy - direct and representative. The idea is carried out that the proper organization of public life in the relevant territory, ensuring the well-being of citizens depends on how optimally the relations between the institutions of state (public) power and citizens and the population are built. Modern realities reflect the dynamics of democracy, require modernization of the existing system of relations in this area, especially since the development of information and communication technologies contributes to this. It is concluded that the best option at the present stage of development of society and the state is a mixed management system. It involves a combination of network management (separation of powers, including horizontally) and hierarchical management.

Development Prospects of the Software-Hardware Complex of Hierarchical Control Systems

Introduction. Hierarchical control in complex multilevel systems has been studied since the period of classical cybernetics. At that time, basic definitions and concepts were introduced. It is time to start remembering those achievements because those decisions can already be implemented. However, the situation is constantly changing (evolving), so those tasks are perceived differently today. And the question arises as to how these old developments will progress, whether they will be used? Purpose. The purpose of this work is an attempt to predict the development of hierarchical multilevel control systems in the future and how it depends on the latest technologies that determine their software-hardware complex (SHC). Result. The analysis of the essence of the multilevel hierarchical management system, its features and additional requirements for the software-hardware complex, the current state of hierarchical management systems, the impact of advances in IT technologies and theories on the features of hierarchical management are carried out. The current state is studied on the example of NATO hierarchical systems. Based on the forecasts of the development trend of IT technologies, the forecast of trends in changes in hierarchical multilevel control systems is proposed. Conclusions. As a result of the analysis of the essence of hierarchical multi-level management systems, the current state, and forecast of the development of IT technologies, the authors made the following conclusions: – the hierarchical structure of a complex multi-level system will be in demand in the near future; – Hierarchical systems will consist of standard components with elements of artificial intelligence that controls the components; – the process of creating a hierarchical system will be simplified, so it will be possible to use ready-made solutions.

Method for hierarchical management of an intelligent transport system when controlling the movement of a convoy

The article deals with issues related to the use of unmanned vehicles as part of transport convoys for military cargo delivery and offers a new way to manage the intelligent transport system when controlling the convoy’s movement. Based on the analysis, it is concluded that the use of the proposed method and system for its implementation can improve the efficiency, reliability, pace and stability of transport communication. Key words Method, hierarchical control, manned vehicle, unmanned vehicle, convoy, logistics, automated control system, un-manned aerial vehicle, UAV, repeater.

Design of College Students’ Career Planning Guidance System Based On B/S Three-Tier Architecture

At present, the guidance mode of college students’ career planning guidance system is imperfect, resulting in too long submission time. A college students’ career planning guidance system based on B/S three-tier architecture is designed. Hardware part: on the basis of obtaining the sensor dynamic compensation filter, expand 6 static memory; Software part: obtain the influencing factors of College Students’ career planning, combined with the external environment, use the B/S three-tier architecture to set the guidance mode, formulate the links of career planning, adopt the hierarchical management mode, and design the role authority management function of the system. Experimental results: the average submission time of the college students’ career planning guidance system designed this time and the other two systems is 11.277s, 16.253s and 15.554s, which proves that the college students’ career planning guidance system integrating the B/S three-tier architecture has a better effect.