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METHODOLOGICAL AND METHODICAL BASES FOR CREATING AND USING INTEGRATED SYSTEMS OF DECISION-MAKING SUPPORT
![Scientific and technical journal «Priborostroenie»](/images/mag-pr.png)
Annotation
Methodological foundations for creation and use of integrated system of decision-making support aimed at formation and presentation to the decision maker of ordered options for control actions on certain complex objects functioning in various areas are presented. Various methodical approaches to synthesis of integrated system of decision-making support are analyzed. The developed methodology for solving the problem under study is based on results obtained in an interdisciplinary field of system knowledge, within the framework of such scientific areas as systemology, neocybernetics, and informatics. It is proposed to use three fundamental systemic-cybernetic concepts as basic concepts for the construction and use of integrated system of decision-making support: the concept of complex (systemic) modeling of complex objects, the concept of proactive control of their structural dynamics in changing conditions caused by the influence of the disturbing environment, as well as the concept of intellectualization of control, which provides for the need to use new intelligent information technologies aimed at achieving complex integration of natural and artificial intelligence. Basic principles of solving the formulated problems and the structure of the choice of the solution in the conditions of uncertainty and multi-criteria are proposed.
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Articles in current issue
- SOFTWARE AND MATHEMATICAL SUPPORT FOR COMPLEX OBJECTS MODERNIZATION
- FUZZY-PROBABILISTIC APPROACH TO FORMALIZING AND USING EXPERT KNOWLEDGE TO EVALUATE COMPLEX OBJECTS STATES
- METHOD FOR CONDUCTING SYNERGETIC OBSERVATIONS OF PROCESSES ON BOARD A SPACECRAFT
- INVESTIGATION OF STREAM CLUSTERING ALGORITHMS WHEN SOLVING THE PROBLEM OF SMALL SPACECRAFT TELEMETRY DATA ANALYSIS
- TECHNOLOGY OF AUTOMATED INFORMATION AND ANALYTICAL SUPPORT OF THE PRODUCT LIFE CYCLE ON THE EXAMPLE OF UNIFIED VIRTUAL ELECTRONIC PASSPORT OF SPACE FACILITIES
- VARIANT OF INFORMATION AND COMMUNICATION INFRASTRUCTURE BASED ON A CONTENT-CONTROLLED NETWORK
- COMPARATIVE STUDY OF NEURAL NETWORK ARCHITECTURES FOR INTEGRATED SPEECH RECOGNITION SYSTEM
- AUTOMATION OF LEGAL EXPERTISE OF AGREEMENT TEXTS
- FORMATION OF REQUIREMENTS FOR THE DESIGN PROCESS OF SECURE CYBER-PHYSICAL SYSTEMS
- EFFECTIVENESS OF DATA VISUALIZATION IN VIRTUAL REALITY