Table of Content
- Introduction.
- Spatial Transformations.
- Forward Kinematics.
- Inverse Kinematics.
- Velocities, Static Forces, and Jacobians.
- Dynamics.
- Trajectory Planning.
- Mechanical Design of Robots.
- Linear Control.
- Non-Linear Control.
- Force Control.
- Programming Languages and Systems.
- Simulation and Off-Line Programming.
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Salient Features
- NEW – Chapter 1: Introduction has been enhanced to broaden the introductory presentation of the field of robotics—Previews what is covered in the book.
- Real-world practicality with underlying theory presented.
- Large set of homework problems with a “difficulty grade” assigned.
- The most cited textbook on robotics in the field.
- “Programming Assignments” at the end of each chapter.
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