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The application of the improved particle swarm algorithm in parameter tuning of partition PID

机译:改进的粒子群算法在分区PID参数整定中的应用

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The improvement of the dynamic performance of target tracking has put forward higher requirements of fast response and accuracy of servo system. To our actual servo system, the intelligent partition PID based on the control target is applied. However, to identify the parameters of partition PID algorithm, PSO has low accuracy and easily falls into local optimum. Therefore, this paper improves the PSO algorithm by introducing the selection, crossover, mutation operations of genetic algorithm into the PSO, and then proposes a fusion particle swarm optimization algorithm called FPSO. The results of standard test functions and the simulation model of servo system show that the FPSO has the advantages of faster optimization speed and parameter tuning effect compared with PSO, which verify the effectiveness of the FPSO algorithm.
机译:目标跟踪动态性能的提高对伺服系统的快速响应和精度提出了更高的要求。在我们的实际伺服系统中,基于控制目标的智能分区PID被应用。然而,为了识别分区PID算法的参数,粒子群算法精度较低,容易陷入局部最优。因此,本文通过将遗传算法的选择,交叉,变异操作引入到PSO中,对PSO算法进行了改进,提出了一种融合粒子群优化算法FPSO。标准测试功能和伺服系统仿真模型的结果表明,与PSO相比,FPSO具有更快的优化速度和参数调整效果,验证了FPSO算法的有效性。

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