PID, LQR and Fuzzy Robot Trajectory Tracking in MATLAB! #matlab #pid #robot  #shorts #fuzzy #LQR @engrprogrammer
PID, LQR and Fuzzy Robot Trajectory Tracking in MATLAB! #matlab #pid #robot  #shorts #fuzzy #LQR  @engrprogrammer
Uploaded August 2025 | Updated September 2026, 2 hours ago
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πŸš€ Watch this powerful MATLAB simulation where a 4-Wheel Differential Drive Robot intelligently follows a complex path β€” using 3 different control strategies: PID, LQR, and Fuzzy Logic!

This real-time animation highlights:
βœ… Smooth tracking performance
βœ… Realistic robot motion
βœ… Performance plots (error, velocity, smoothness)
βœ… RMSE and path deviation comparisons

πŸ“Š See how:
🎯 PID Controller maintains stable motion with classic control tuning
πŸ“ LQR Controller optimizes performance using state feedback
🧠 Fuzzy Logic Controller adapts intelligently using a Mamdani FIS

πŸŽ“ Ideal for:
Students
Robotics engineers
Control systems learners
MATLAB hobbyists & educators

πŸ“© Questions or collabs?
Reach out: mrengineer294@gmail.com

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Thanks for watching!
Best,
TODAYS TECH
#MATLAB #RobotTracking #PIDControl #LQRControl #FuzzyLogic #ControlSystems #DifferentialDrive #EngineeringShorts #RobotSimulation #MATLABProjects #AutonomousRobot
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PID, LQR and Fuzzy Robot Trajectory Tracking in MATLAB! #matlab #pid #robot #shorts #fuzzy #LQR

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