Optimization Problem: Systemic Approach

Optimization Problem: Systemic Approach

Albert N. Voronin (National Aviation University, Ukraine)
DOI: 10.4018/978-1-5225-8933-4.ch013
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A systemic approach to solving multicriteria optimization problems is proposed. The system approach allowed uniting the models of individual schemes of compromises into a single integrated structure that adapts to the situation of adopting a multi-criteria solution. The advantage of the concept of non-linear scheme of compromises is the possibility of making a multicriteria decision formally, without the direct participation of a person. The apparatus of the non-linear scheme of compromises, developed as a formalized tool for the study of control systems with conflicting criteria, makes it possible to solve practically multicriteria problems of a wide class.
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If the object realizes only one goal, then the effectiveness of achieving the goal is quantitatively expressed by the single criterion of optimality y. The solution of the optimization problem involves reaching the extreme value of the criterion by choosing the set of optimization arguments.

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