Features & Benefits
- Clear development of fundamental and technological concepts
- Introduction of proper tools to find engineering-oriented solutions step-by-step
- Coverage on kinematics, statics, and dynamics of manipulators, trajectory planning and motion control
- Information on actuators, sensors, hardware/software control architectures, industrial robot-control algorithms
- Explore research results including description of end-effector orientation, kinematic redundancy, dynamic parameter identification, and force/motion control
- More than 50 examples and case studies, with frequent resort to simulation and 80 end-of-chapter exercises proposed
