摘要
车辆由很多模块构成,感应驱动系统控制器是其中较为重要的一部分,合理对该模块进行参数整定,可以为车辆安全、稳定的行驶提供支持.基于此,本文以鲸鱼优化算法(WOA)为核心,设计出一款电动汽车感应驱动系统控制器参数整体方法.通过实证研究发现,相对于传统PSO-PID、GA-PID来说,WOA-PID应用效果更加良好,超调量更低,响应时间更短,且控制能力更强,可在较短的时间内将车辆稳定.
The vehicle is composed of many modules,of which the induction drive system controller is an important part.Reasonable parameter setting of the module can provide support for the safe and stable driving of the vehicle.Based on this,this paper designs an overall method of controller parameters of induction drive system of electric vehicle based on whale optimization algorithm(WOA).Through empirical research,it is found that compared with traditional PSO-PID and GA-PID,WOA-PID has better application effect,lower overshoot,shorter response time and stronger control ability,and can stabilize the vehicle in a short time.
作者
薛丽芳
XUE Li-fang(Dezhou Vocational and Technical College,Shandong Dezhou 253034,China)
出处
《新一代信息技术》
2022年第8期105-107,共3页
New Generation of Information Technology
关键词
电动汽车
感应系统
参数整定
鲸鱼算法
electric vehicle
induction system
parameter setting
whale algorithm
作者简介
通讯作者:薛丽芳(1974–),女,副教授,研究方向:汽车电子技术、汽车电子控制。
