CAJ | 학술논문

针对感应电机这一多变量、强耦合系统,提出了一种新型神经网络广义逆系统解耦控制方法,给出了新型广义逆系统的存在性证明.它与感应电机复合,将转子磁链与转速的解耦成两个独立的伪线性子系统,并且可以随时通过调整反馈参数改变两个伪线性子系统的配置极点,为控制器的设计提供了便利.仿真结果表明,通过合理的选择配置极点和控制器参数,整个控制系统对电机参数变化和负载扰动有较强的鲁棒性和动态性能.
침대감응전궤저일다변량、강우합계통,제출료일충신형신경망락엄의역계통해우공제방법,급출료신형엄의역계통적존재성증명.타여감응전궤복합,장전자자련여전속적해우성량개독립적위선성자계통,병차가이수시통과조정반궤삼수개변량개위선성자계통적배치겁점,위공제기적설계제공료편리.방진결과표명,통과합리적선택배치겁점화공제기삼수,정개공제계통대전궤삼수변화화부재우동유교강적로봉성화동태성능.
A decoupling control method based on a new type of artificial neural network (ANN) generalized inverse is proposed for induction motor which is a multivariable and high coupling system. The existence of the new type of generalized inverse was proved. The composition of the generalized inverse and the inductor motor decoupled the rotor flux and rotor speed into two independent pseudo-linear subsystems ,the poles of which can be assigned anytime by regulating the feedback parameters which were beneficial to the design of controller. Simulation results show that the whole control system has strong robustness to variation of motor parameters and load torque disturbance by assigning poles and choosing parameter of the controller appropriately.