CAJ | 학술논문

遗传算法与粒子群优化算法作为经典的进化计算方法已经被广泛地应用于函数优化、生产调度、机器学习和数据挖掘等领域。对这两种经典算法在求解不同问题时的性能进行了系统的对比和分析，比较了两种算法在求解单峰和多峰问题上的性能差异。进一步对算法的健壮性进行了测试，分析了算法运行过程中参数对算法性能的影响。最终总结出两种算法的性能特点，并讨论了算法的改进策略，旨在为工程应用中的算法选择提供技术参考。
유전산법여입자군우화산법작위경전적진화계산방법이경피엄범지응용우함수우화、생산조도、궤기학습화수거알굴등영역。대저량충경전산법재구해불동문제시적성능진행료계통적대비화분석，비교료량충산법재구해단봉화다봉문제상적성능차이。진일보대산법적건장성진행료측시，분석료산법운행과정중삼수대산법성능적영향。최종총결출량충산법적성능특점，병토론료산법적개진책략，지재위공정응용중적산법선택제공기술삼고。
Genetic algorithm (GA) and particle swarm optimization (PSO) have been broadly used in many fields, such as function optimization, production scheduling, machine learning and data mining, etc. This paper makes com-prehensive and systematic comparisons of GA and PSO on dealing with a series of benchmark problems, analyzes their performance on solving unimodal and multimodal functions, and further tests the robustness of two algorithms for investigating the influences of parameters to the performance of the algorithms. This paper finally concludes the characteristics of the two algorithms and discusses their improvement strategies. The goal of this paper is to provide technical guidance for the selection of algorithms in engineering applications.