中文说明：在本文中，开发和详细分析了智能控制器速度控制的感应电动机 (IM) 采用间接矢量控制方法的实现。该项目已完成场定向控制 (FOC) 感应电机的数学模型是描述和研究 50 HP(37KW) 在 MATLAB 软件仿真，一直被笼型感应电动机。比较性能的模糊逻辑控制技术进行了介绍和分析在这项工作。本方法避免了利用磁链和转速传感器，增加安装成本和机械的鲁棒性。模糊逻辑控制器发现是非常有用的技术，从而得到高性能速度控制。间接矢量控制异步电机驱动涉及解耦的定子电流对转矩和磁链生产组件。
English Description：
In this paper, an implementation of intelligent controller for speed control of an induction motor (IM) using indirect vector control method has been developed and analyzed in detail. The project is complete mathematical model of field orientation control (FOC) induction motor is described and simulated in MATLAB for studies a 50 HP(37KW), cage type induction motor has been considered . The comparative performance of Fuzzy Logic control technique has been presented and analyzed in this work. The present approach avoids the use of flux and speed sensor which increase the installation cost and mechanical robustness. The fuzzy logic controller is found to be a very useful techniques to obtain a high performance speed control. The indirect vector controlled induction motor drive involve decoupling of the stator current in to torque and flux producing components.