Workspace Analysis for Parallel Robots using MATLAB

This MATLAB source program is designed to compute the workspace of parallel robots and represent it graphically. Parallel robots consist of multiple coordinated robotic arms, where the workspace defines the spatial volume reachable by all arms simultaneously. The program analyzes parallel robot configurations by implementing forward kinematics calculations and constraint validation algorithms to determine feasible workspace boundaries. The code utilizes spatial sampling techniques and kinematic constraint checks to identify reachable points in 3D space, which are then visualized using MATLAB's graphical plotting functions. Additionally, the program incorporates kinematic and dynamic analysis capabilities, enabling users to study motion characteristics and performance parameters through simulation functions. Key algorithms include Jacobian matrix computations for singularity detection and trajectory optimization methods for performance evaluation. This implementation serves as a crucial research tool for parallel robot studies, providing both quantitative workspace data and intuitive visual representations. The modular code structure allows for customization of robot parameters and analytical methods, making it suitable for various parallel robot architectures and research applications.