Определение и анализ генетических программ совмещенных электромеханических систем типа «Мотор-подшипник» с газомагнитным подвесом ротора

Abstract

At example of combined systems «Motor-Bearings» functional class shows that authors developed methods for synthesis and analysis of genetic programs are invariant to the level of difficulty and evolution time of the developing electromechanical system. According to the results of genetic programs decoding speciation boundaries were defined and genetic prediction of distributed multi-phase windings new topological classes was carry out. Reliability of genetic program confirmed by evolutionary experiments results. Research results are basis for the creation of genetic data banks and directed synthesis of complex electromechanical systems for their genetic program problems solving.