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Comparison of Chaos Driven PSO and Differential Evolution on the Selected PID Tuning Problem

机译:混沌驱动PSO与差分演变对所选PID调谐问题的比较

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This paper presents results of the utilization of selected discrete chaotic map, which is Dissipative standard map, as pseudo-random number generator for the differential evolution (DE) optimization algorithm and Particle Swarm Optimization (PSO) algorithm in the task of PID controller design for the selected 4th order dynamical system. The results are compared with previously published results; both chaos driven heuristics with each other and finally the obtained results are compared with canonical PSO and DE versions, which do not utilize the chaos in the place of pseudo-random number generator.
机译:本文提出了利用所选择的离散混沌图的结果,它是耗散标准地图,作为针对PID控制器设计任务的差分演进(DE)优化算法和粒子群优化(PSO)算法的伪随机数发生器所选的第四阶动态系统。结果与先前公布的结果进行了比较;两个混沌驱动的启发式彼此以及最后将获得的结果与规范PSO和DE版本进行比较,这不利用混沌在伪随机数发生器的位置。

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