This analysis demonstrates improved speed control using transit search optimizer-based PID methods for brushless motors, suggesting better application in robotics and medical devices.
Key Points
The TSO-PID controller significantly improves speed control efficiency compared to traditional methods.
Simulation results showed enhancements in rise time, settling time, and percentage overshoot.
A dynamic model was developed to accurately reflect DC motor behavior with the TSO-PID controller.
The research highlights the potential for better control applications in both domestic and industrial settings.