Design of PID parameter tuning system based on dung beetle optimization algorithm and MATLAB simulation
In order to make up for the shortcomings of proportional,integral and differential tuning methods in PID,this article proposes a control method combining Dung Beetle Optimization(DBO)algorithm and PID control strategy.Firstly,the traditional PID control technology is deeply analyzed and discussed to understand its basic working principle and performance characteristics.Secondly,on the basis of the traditional PID control framework,the DBO algorithm is integrated to accurately adjust and optimize the key parameters of the PID controller.Finally,through a series of comparative experiments,the actual effect and operational feasibility of this new method are verified.The experimental results show that the performance of the PID control system is improved after the introduction of the DBO algorithm.The specific performance is that the time for the system to reach steady state is shortened,and the overshoot phenomenon is effectively suppressed,and no oscillation behavior is observed throughout the control process.The results show that the designed control method has the characteristics of fast response and high stability,and can realize the adaptive adjustment function of the control system.
万方数据
维普
