Evolutionary Algorithms (EAs) can be used for designing Particle Swarm Optimization (PSO) algorithms that work, in some cases, considerably better than the human-designed ones. By analyzing the evolutionary process of design PSO algorithm we can identify different swarm phenomena (such as patterns or rules) that can give us deep insights about the swarm's behaviours. The observed rules can help us to design better PSO algorithms for optimization. In this paper we investigate and analyze swarm phenomena by looking to process of evolving PSO algorithms. Several interesting facts are inferred from the strategy evolution process (the particle quality could influence the update order, some particles are updated more frequently than others are, the initial swarm size is not always optimal).
机译:观察起毛器性能前常规行为的代表性实验设计问题。
机译:使用约束粒子群进化方法的核反应堆安全系统维护策略设计
机译:具有多不确定性的CO_2管道设计的两步协同进化粒子群优化方法
机译:在进化设计期间观察群体行为
机译:隐式曲面和群动力学的进化设计。
机译:在多个尺度上观察病毒种群的微观进化过程
机译:在进化设计过程中观察群体行为
机译:基于粒子群优化的地球观测卫星轨道设计。