首页|A relative analysis of sliding mode control with reaching law for the vector control of a three-phase induction machine
A relative analysis of sliding mode control with reaching law for the vector control of a three-phase induction machine
扫码查看
点击上方二维码区域，可以放大扫码查看
原文链接
NSTL
Induction motor constitutes an established test bed in the automatic control theory frame-structure as it is a higher order, multiple input-output, nonlinear system operating under uncertainty conditions. The sliding mode control (SMC) method is a well-developed, promising control procedure appropriate for nonlinear, time-dependent, uncertain systems. Due to its dynamic nature and robustness towards uncertainties, SMC is a most suggested technique for implementing in induction motor drives. This paper focuses on implementing various continuous-time, SMC strategies characterised by the reaching law approach in an induction motor drive. The paper also proposes a comparative analysis of various continuous-time reaching-laws on the performance of the motor towards parameter and load variations and the chattering issues.
NSTL
