This textbook introduces robotic theories and technologies, bridging the gap between classic theories and real-world applications of robotic manipulators. A valuable resource to broad readers, including those who have a limited background in general engineering and wish to explore non-conventional applications of robotic manipulators.
This textbook introduces robotic theories and technologies, bridging the gap between classic theories and real-world applications of robotic manipulators. A valuable resource to broad readers, including those who have a limited background in general engineering and wish to explore non-conventional applications of robotic manipulators.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Chao Chen is the Director of Laboratory of Mechanical and Aerospace Engineering (LMGA) at Monash University and has been the Course Director of Robotics and Mechatronics for the past five years. His research in robotics was well recognised by a number of awards including Project of Year 2023 of his harvesting robot by Engineers Australia (Victoria). Wesley Au is an automation research engineer at Boeing Research and Technology Australia, designing advanced production systems for the automation of precise and high-rate manufacturing in the aerospace industry. He has a strong background in robotics and path planning in complex and dynamic workspaces. Shao Liu is a Research Fellow at the LMGA at Monash University. He has extensive expertise in robotic design, modelling, and analysis, and has conducted a number of research projects and industry projects in medical robots, manufacturing robots, and special-purpose robots.
Inhaltsangabe
Contents Dedications Preface Glossary I. Basics of Robotics 1. Introduction 2. Planar Kinetics, Velocity, And Statics 3. Trajectory Generation 4. Control Schemes II. Key Topics 5. General Rotations and Transformations 6. Forward Kinematics 7. Inverse Kinematics 8. Jacobian Analysis 9. Path Planning 10. Programming 11. Lagrangian Dynamics 12. Newton-Euler Dynamics 13. Joint Control 14. Computed Torque Control 15. Force Control III. Advanced Analysis and Case Studies 16. Mobility Analysis 17. Orientation Workspace 18. Constraint Analysis for Underactuated Systems 19. Concentric Tube Robot 20. Path Planning of Parallel Manipulators 21. Minimally-Invasive Surgical Robot with Remote Centre of Motion 22. MARS: The Monash Apple Retrieving System IV. Appendix 23. Appendices for Chapter 5 24. Appendices for Chapter 8 25. Appendices for Chapter 11 Index
Contents Dedications Preface Glossary I. Basics of Robotics 1. Introduction 2. Planar Kinetics, Velocity, And Statics 3. Trajectory Generation 4. Control Schemes II. Key Topics 5. General Rotations and Transformations 6. Forward Kinematics 7. Inverse Kinematics 8. Jacobian Analysis 9. Path Planning 10. Programming 11. Lagrangian Dynamics 12. Newton-Euler Dynamics 13. Joint Control 14. Computed Torque Control 15. Force Control III. Advanced Analysis and Case Studies 16. Mobility Analysis 17. Orientation Workspace 18. Constraint Analysis for Underactuated Systems 19. Concentric Tube Robot 20. Path Planning of Parallel Manipulators 21. Minimally-Invasive Surgical Robot with Remote Centre of Motion 22. MARS: The Monash Apple Retrieving System IV. Appendix 23. Appendices for Chapter 5 24. Appendices for Chapter 8 25. Appendices for Chapter 11 Index
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