Design of Proportional Integral Controller for Level Control of Single-Tank System Using Sine-Cosine Algorithm

Ankush Kumar, H. Monga, V. Singh
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Abstract

In this research, PI controller is planned for controlling the level of single-tank system by using sine-cosine algorithm (SCA). Integral-square-error (ISE) of unit step be abated for obtaining best controller parameters. Alpha and Beta tables are used for calculating the ISE. Sine-cosine algorithm is used for abating the ISE to find the best parameters of PI controller. Results attained using SCA specify that the performance of the PI controlled structure can be improved significantly. Statistical analysis and time domain simulations are given to confirm the proposed controller.
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基于正弦-余弦算法的单缸液位控制比例积分控制器设计
在本研究中,设计了PI控制器,利用正弦余弦算法(SCA)控制单罐系统的液位。为了获得最佳控制器参数,消除了单位阶跃的积分平方误差(ISE)。Alpha和Beta表用于计算ISE。采用正弦-余弦算法对ISE进行抑制,找到PI控制器的最佳参数。使用SCA获得的结果表明,PI控制结构的性能可以显着提高。通过统计分析和时域仿真验证了所提控制器的有效性。
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