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Full Description
This book details relevant research toward design and modeling issues for the firmware of higher-order flexible robotic systems (FRS) with concerned chapters delineating state-of-the-art research in FRS, focusing on novel designs and prototype hardware development of different types of multi-link serial-chain as well as closed-loop flexible manipulators. Other concepts explained include bio-inspired robotics, modular robotics, and worm robotics along with proposition of adhesive contact mechanics.
Key Features:
Highlights on miniature assistive robots including bio-inspired and worm type
Discusses design and hardware on modular-type assistive robots
Covers novel technologies for robot-assisted 3D depth perception and force-sensing flexible antennas
Explores the technology of feeding assistive robots and grasp prehension
Reviews assistive robots under uncertain and chaotic environments involving concepts of virtual reality and augmented reality
This book is aimed at graduate students and researchers in robotics, artificial intelligence, signal processing, and electrical engineering.
Contents
Chapter 1. Data-Driven Approaches to Real-Time Constrained Tracking Control of Redundant Manipulators. Chapter 2. Mastering Control: A Haptic Robotic Arm with Intuitive Joystick Control and Programmable Sequences. Chapter 3. Visual Saliency under Uncertain Workspace of Assistive Robots. Chapter 4. Engineering a Better Walk: Concepts of Gait Analysis for Development of Rehabilitative Exoskeleton. Chapter 5. Construction and Control of a Cable-Driven Gait Assistance Exosuit Based on Kinematic Synergies. Chapter 6. Assistive Telerobotics and Intuitive Interaction. Chapter 7. An automated Framework based on UAV and Convolutional Neural Networks for the Detection of Xylella Fastidiosa Disease in Olive Trees. Chapter 8. A State-of-the-Art Review on Garbage Collection and Segregation Robot. Chapter 9. Forward and Inverse Problems Relating to an Assistive Robotic Manipulator in an Uncertain Environment. Chapter 10. Development of Intelligent Control Systems for Assistive Robots. Chapter 11. Depth Estimation and 3D Mapping of Navigable Indoor Environments for Assistive Robots. Chapter 12. Positional Control of a 3D Printed Indigenous 6 DoF Feeding Robotic Arm using ANFIS and Fuzzy-PID Controller. Chapter 13. Control Issues in Haptic Robot Navigation and Object/Obstacle Recognition Using a Flexible Sensing Antenna. Chapter 14. Flexible Link Lumped Masses Manipulators: Modeling and Control. Chapter 15. Robotic Grasp Prehension: Novel Design Metrics for Assistive Systems using Compliance. Chapter 16. Modelling and Mapping of an Autonomous Assistive Robot for Material Handling in Dynamic Indoor Environments. Chapter 17. Synthesis of Sensor-Assisted Robotic Grasp using Customized Graphical User Interface
