A model switching algorithm based on multi-model adaptive control is presented to solve the problem of poor transient response in the adaptive control of nonlinear time-varying system.
针对非线性时变系统在自适应控制过程中瞬态响应差的问题，提出了一种基于多模型自适应控制的模型切换算法。
In order to determine the model matching index of switching control, a multiple models switching control algorithm based on effective model matching was presented.
针对切换控制中模型匹配准则的确定问题，提出了一种基于模型有效匹配的多模型切换控制算法。
A switching function with integral property and minimum variance algorithm are used to set up the multiple model adaptive controller.
采用了具有积分性质的切换指标函数作为切换法则和最小方差的控制方法构成了多模型自适应控制器。
Mainly studied the system connectivity, the status switching and so on, and putting forward the optimization algorithm for state enumeration method combined with the power network model.
着重研究了系统的连通性、状态切换等几个问题，并结合电网模型对状态枚举算法提出了优化策略。
Based on the simulation model of direct torque control of synovium, the switching frequency of SVPWM algorithm is 5khz compared with that of traditional direct torque control.
基于滑膜直接转矩控制的的仿真模型，相对于传统直接转矩控制有了改进，SVPWM算法的开关频率为5khz。
Based on the simulation model of direct torque control of synovium, the switching frequency of SVPWM algorithm is 5khz compared with that of traditional direct torque control.
基于滑膜直接转矩控制的的仿真模型，相对于传统直接转矩控制有了改进，SVPWM算法的开关频率为5khz。
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