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PSO Algorithm based Online Self-Tuning of PID Controller

机译:基于PSO算法的PID控制器在线自整定。

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摘要

Proportional-Integral-Derivative ( PID) controller is still widely used in control engineering,and tuning of PID is a crucial operation.We utilize particle swarm optimization algorithm to design an online selftuning framework of PID controller.Our system is simulated in Matlab based on panicle swarm optimization algorithm.Experiment focus on several problems application concerned.Our conclusions include that different fitness function can lead to different time response,and application system should initialize range of each particle as small as possible.Moreover,the conclusions also include that we should choose a modest generations for the online system with linearly inertia weight consume less times evolutionary generation,not a larger one.These conclusions can contribute mostly to application system concerning about calculation cost.
机译:比例积分微分(PID)控制器仍广泛用于控制工程中,PID的整定是至关重要的操作。我们利用粒子群优化算法设计PID控制器的在线自整定框架。实验集中在几个相关的应用问题上。我们的结论包括不同的适应度函数会导致不同的时间响应,应用系统应将每个粒子的范围初始化得尽可能小。此外,结论还包括我们应该对于具有线性惯性权重的在线系统而言,为在线系统选择一个适中的代,其消耗的时间要少于进化代,而不是更大的代。

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