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Book Categories |
1 | Fundamentals of Robot Dynamics | 1 |
2 | Stability of Linear Feedback Control | 66 |
3 | Quasi-Natural Potential and Saturated-Position Feedback | 93 |
4 | Model-Based Adaptive Control | 122 |
5 | Iterative Learning Control | 157 |
6 | Non-Linear Position-Dependent Circuits: Another Language for Describing Robot Dynamics | 184 |
7 | Advanced Control for Electromechanical Systems | 216 |
Appendices | 250 | |
References | 267 | |
Index | 277 |
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Add Control theory of non-linear mechanical systems, Robot arms are found in almost every modern manufacturing plant in the world, but their limited dexterity creates problems for their efficient control. Understanding these problems in advance is vital in robotic design. This book concerns itself with the , Control theory of non-linear mechanical systems to the inventory that you are selling on WonderClubX
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Add Control theory of non-linear mechanical systems, Robot arms are found in almost every modern manufacturing plant in the world, but their limited dexterity creates problems for their efficient control. Understanding these problems in advance is vital in robotic design. This book concerns itself with the , Control theory of non-linear mechanical systems to your collection on WonderClub |