Metaheuristics Based Modeling and Simulation Analysis of New Integrated Mechanized Operation Solution and Position Servo System
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Inadequate environmental protection is a problem, and to address it, the eciency and quality grade of mechanical operations should be improved. A new comprehensive mechanized operation solution is proposed. e position control of a servo motor utilizing a PID (proportional, integral, derivative) controller and soft computing optimization approaches is explored in this paper. e essential technological realization techniques are reviewed and assessed, which serves as a reference for comprehensive mechanization solutions. e simulation model may be used to examine system features and explore control strategy by reecting the characteristics of the actual system. A PID controller is designed by establishing a mathematical model based on the position servo system. It is veried that the PID control link is added to the pneumatic position servo control system. rough the comparison of the PID control experiment and PID control simulation data, the system can achieve high-precision position control, and the error is less than ±20 mm, meeting the requirements of rust removal and spraying design, and showing that the control system works stably and reliably to achieve high-precision simulation of the pneumatic position servo system
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