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Theoretical Fundamentals of Criteria for Evaluation of Efficiency, Quality and Optimization of Complex Informatiology Systems

2023; Springer International Publishing; Linguagem: Inglês

10.1007/978-981-99-3091-3_26

2367-3370

Volodymyr Kulivnuk, Ivan Kuzmin, Oleksandr Hladkyi, Alexander A. Gertsiy, Тетяна Ткаченко, Tetiana Shparaga,

Technology and Human Factors in Education and Health

The new criterion that would allow synthesizing an optimal process and a complex system regarding the most important indicators of quality efficiency is explored. General requirements to criteria for evaluation of efficiency, quality and optimization of complex informatiology systems are investigated. The specific algorithm for criteria to evaluate efficiency, quality and optimization is defined. This algorithm is based on corresponding of algebraic logic theory, correlation theory, general theory of random functions, theory of statistical solutions, probability theory, game theory, information theory as well as on general theory of efficiency. Using this algorithm, we can solve different problems. There are: building mathematical model of complex system, building mathematical model of complex system functioning, development and optimization of the complex system functioning algorithm, complex system synthesis and analysis, selection of complex system implementation elements, alignment of complex system elements between each other as well as evaluation of complex system efficiency, quality and optimization. The generalized functional-statistical criterion for evaluation of efficiency, quality and optimization is derived. This derivation is based on command and control process as the information source as well as on automated command and control system operational algorithm. We suggest to use 3 devises in complex automated command and control system for evaluation of efficiency, quality and optimization. Each of them operates according to its own algorithms, whose synthesis should be carried out regarding the state of the object described by the mathematical model, goals of the individual command and control stages.