Sensorless Vector Control of Induction Motors

This MATLAB program is designed for academic exchange and research, implementing sensorless vector control for induction motors. The comprehensive documentation provides detailed insights into real-time motor operation monitoring capabilities, featuring automated fault detection and elimination functions through signal processing algorithms. The implementation includes multiple control strategies such as model-based predictive control using state-space equations and fuzzy logic control with membership function tuning. Through this codebase, users can explore fundamental induction motor control principles and their practical applications, establishing a solid foundation for future research and development work. The MATLAB scripts demonstrate key functions including flux observers, speed estimation algorithms, and PWM generation modules. If you encounter any questions or have suggestions during program usage, please feel free to contact us for technical support and implementation guidance.