Force Control Of Robotic Systems A Real World Hands On Guide For Engineers And Makers To Nail Manipulator Precision, Stability, And Safe Gripping In Modern Robotics

Real-World Guide to Robotic Force Control for Precision
✔️ 1st edition, 368 pages, English, 31-01-1998, 1-copy pack

Force Control of Robotic Systems is a practical, real-world guide that helps engineers and makers master manipulator precision, stability, and safe gripping. This book focuses on fundamentals and hands-on techniques, with emphasis on force sensor design, force feedback synthesis, closed-loop dynamics, and applied control algorithms used in modern robotics.

✅ Author: Dimitry Gorinevsky
✅ Edition: 1st
✅ Pages: 368
✅ Release Date: 31-01-1998
✅ Language: English

💡 What is force control used for in robotic systems and why is it a good fit for manipulation tasks?
Force control helps manage interaction forces during gripping and interaction with the environment.
Key takeaways:
1) improves grip stability in varying contact scenarios
2) supports safe handling of delicate objects
3) enhances performance under sensor noise and delays