为了调节塑料激光焊接过程中的温度变化,本文将金鹰算法(Golden Eagle Optimizer, GEO)进行改进,并将改进的IGEO (金鹰优化算法)引入塑料激光焊接温度调控系统中,利用IGEO预测PID控制算法,从而进行参数优化,以提高传统PID控制器的控制...为了调节塑料激光焊接过程中的温度变化,本文将金鹰算法(Golden Eagle Optimizer, GEO)进行改进,并将改进的IGEO (金鹰优化算法)引入塑料激光焊接温度调控系统中,利用IGEO预测PID控制算法,从而进行参数优化,以提高传统PID控制器的控制性能。To regulate temperature variations during plastic laser welding, this study improves the Golden Eagle Optimizer (GEO) algorithm and introduces the enhanced IGEO (Improved Golden Eagle Optimizer) into the temperature control system. IGEO is utilized to predict PID control algorithms, optimizing parameters to enhance the control performance of traditional PID controllers.展开更多
文摘为了调节塑料激光焊接过程中的温度变化,本文将金鹰算法(Golden Eagle Optimizer, GEO)进行改进,并将改进的IGEO (金鹰优化算法)引入塑料激光焊接温度调控系统中,利用IGEO预测PID控制算法,从而进行参数优化,以提高传统PID控制器的控制性能。To regulate temperature variations during plastic laser welding, this study improves the Golden Eagle Optimizer (GEO) algorithm and introduces the enhanced IGEO (Improved Golden Eagle Optimizer) into the temperature control system. IGEO is utilized to predict PID control algorithms, optimizing parameters to enhance the control performance of traditional PID controllers.
