Multi Locomotion Robotic Systems A Fresh Take On Bio Inspired Robotics For Real World Medical Welfare Home Living Environments And Entertainment Applications With Hands On Practical Mobility Solutions

Multi Locomotion Robotic Systems: Bio-Inspired Mobility
✔️ 328-page English edition (2012) on PDAC and multi-locomotion

This English-language reference kicks off with state-of-the-art bio-inspired robotics research, focusing on multi-locomotion systems and how they enable real-world mobility in medical welfare, home environments, and entertainment. It’s a solid resource for students and researchers working on legged robots, motion control, and humanoid systems.

✅ Author: Kosuke Sekiyama
✅ Edition: 2012
✅ Pages: 328
✅ Release Date: 18-07-2014
✅ Language: English
✅ Focus: bio-inspired robotics, Passive Dynamic Autonomous Control (PDAC), multi-locomotion, legged walking, brachiation

💡 What is PDAC in bio-inspired robotics and why does it matter?

This section explains the core concept and its impact on efficient motion in multi-locomotion systems. - PDAC stands for Passive Dynamic Autonomous Control and helps reduce energy use in robot motion
- It supports smooth, adaptive transitions across walking, climbing, and brachiation modes
- The book includes gorilla-type robot hardware concepts to illustrate multi-locomotion
- Real-world applications cover medical welfare, home living, and entertainment contexts
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