Decision-making algorithm for the development of the district of electrical grids

Author:

Semenova N G,Chernova A D,Vlatskaya L A

Abstract

Abstract The article presents the stages and operational actions of the formation of a priority alternative for the development of the district of electrical grids. It is proposed to make a priority alternative from the preferred variants for the development of electrical grids objects. The selection and ranking of variants is influenced by the financial constraint, the technical condition of the equipment, the consequences of failure. The article presents two-level block diagram of the decision-making process at the local and global levels. It is proposed at the local level to select the variant for the development of an object of electrical grids by multi-criteria assessment and using neural network technology. At the global level, it is proposed to use the integration of an algorithm for constructing a decision tree and an algorithm for solving an optimization problem.

Publisher

IOP Publishing

Subject

General Medicine

Reference20 articles.

1. Decision making based on management information system and decision support system;Ada;European Researcher,2015

2. Integraciya tekhnocenologicheskogo podhoda i teorii nechetkih mnozhestv v zadachah optimizacii sistem elektrosnabzheniya [Integration of the technocenological approach and the theory of fuzzy sets in the problems of optimization of power supply systems];Berdin;Izvestiya Vuzov. Problemy energetiki,2010

3. Algoritm resheniya mnogokriterial’nyh zadach optimizacii s neopredelennoj informaciej na primere vybora optimal’noj moshchnosti glubokogo vvoda vysokogo napryazheniya [Algorithm for solving multicriteria optimization problems with uncertain information on the example of choosing the optimal power of high-voltage deep input];Leshchinskaya;Elektrichestvo,2004

4. Decision support system for multicriteria reconfiguration of power distribution systems using CSO and efficient graph traversal and repository management techniques;Andervazh;Int. Trans. Electr. Energy Systems,2018

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