Self Balancing Robot Control Design Simulation VRML 3D Anim.

This is simulation for Self Balancing Robot. LQR Control for Balancing the robot & Feedback Linearization for tracking desired trajectory
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Updated 6 Oct 2024

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This Folder contains simulation for Self Balancing Robot. LQR Control for Balancing the robot in vertical position. Feedback Linearization control for Trajectory Tracking Steps for Run the Simulation
  1. firstly, Run lqr_control_3DOF.m file in MATLAB to calculate gains & initilize the parameters of system
  2. To simulate Feedback linearization control for trajectory tracking of Self balancing Control open FDL_Trajectary_Tracking_SBR.slx in Simulink
  1. To change the Trajectory types Click on block showing in above Image.
  2. Type Number between 1 to 4 such as1 for Circular Trajecctory2 for 8-Shaped Trajecotory3 for Infinite Shaped Trajectory4 for Heart Shaped Trajectory (Just for Fun/ this is not a Continious trajectory)
  3. Run the simulation by click on RUN Icon in Simulink
  4. To Visualizing the 3D Animation,Double click on VR Sink block and run the simulation in VRML

Cite As

jitendra singh (2024). Self Balancing Robot Control Design Simulation VRML 3D Anim. (https://www.mathworks.com/matlabcentral/fileexchange/97337-self-balancing-robot-control-design-simulation-vrml-3d-anim), MATLAB Central File Exchange. Retrieved .

MATLAB Release Compatibility
Created with R2023b
Compatible with any release
Platform Compatibility
Windows macOS Linux
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Version Published Release Notes
1.1.0

Fixed an issue in the VRML file (JitendersirSBR.wrl) where unrecognized tokens and syntax errors were causing simulation errors.
Renamed objects with special characters in the VRML code to ensure compatibility with MATLAB's VRML parser.
Corrected the

1.0.0