Article 4416

Title of the article

APPLICATION ANALYSIS OF METHODS AND FUNDAMENTALS OF STATISTICAL DECISION AND VECTOR SYNTHESIS THEORIES FOR PROBLEMS OF STRUCTURAL-PARAMETRIC OPTIMIZATION 

Authors

Grishko Aleksey Konstantinovich, candidate of technical sciences, associate professor, sub-department of radio equipment design and production, Penza State University (440026, 40 Krasnaya street, Penza, Russia), alexey-grishko@rambler.ru

Index UDK

519.814: 512.642: 517.98

DOI

10.21685/2307-4205-2016-4-4

Abstract

Background. Radio electronic systems are classified as complex systems, as they are characterized by multi-level hierarchical structure in the form of separate units, blocks and modules. The choice of the optimum radio electronic system with efficient parameters is an important engineering task. The aim of the articleis to analyze the use of different methods and approaches that take into account the optimization of engineering tasks.
Methods. The article discucces the methods and concepts of the theory of vector synthesis and the statistical decision theory.
Results. The comparative analysis of the methods and concepts shows that the statistical decision theory operates mainly with statistical problems. In contrast, the theory of vector synthesis evaluates the systems considering the set of quality parameters, including those of completely different nature.
Conclusions. Satistical decision theory and the theory of vector synthesis do not only have a lot in common but complement each other. These theories will continue to exist separately, supplementing each other. The radio electronic engineers, depending on the optimization needs for engineering problems, will either make a solution in favour of one of them, or use the complex and combined techniques

Key words

theory of vector synthesis, statistical decision theory, optimization

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Дата создания: 26.05.2017 09:15
Дата обновления: 31.05.2017 15:07