Robotics Basics¶
Welcome to the Robotics Basics section. This module covers the fundamental knowledge required for understanding robot manipulation and control.
Topics¶
- Kinematics - Forward and inverse kinematics, workspace analysis
- Dynamics - Robot dynamics, Lagrangian and Newton-Euler methods
- Coordinate Transformations - Spatial transformations, rotation matrices, quaternions
- DH Parameters - Denavit-Hartenberg parameterization
Learning Objectives¶
After completing this module, you will understand:
- How to mathematically describe robot arm configurations
- Forward and inverse kinematics solutions
- Robot dynamics and joint torque computation
- Spatial transformations between reference frames
Prerequisites¶
- Linear Algebra (matrices, vectors, eigenvalues)
- Calculus (derivatives, integrals)
- Basic physics (Newton's laws)
Next Steps¶
Once you have mastered these basics, proceed to the ROS or Manipulation modules.
