Papers
20
Total Citations
120
H-Index
6
About
J.N. Anderson is a robotics and control systems researcher whose career spans several decades, with sustained contributions to the dynamics and control of robotic manipulators. Working primarily from the 1980s through the early 2000s, Anderson's research has addressed some of the most challenging problems in robot control, including multi-arm coordination, adaptive path tracking, and robust control under uncertainty. Among Anderson's most significant contributions is pioneering work on two-arm robotic systems, including an early decoupled simulation method (1986) that elegantly modeled inter-arm interaction forces—laying groundwork for later studies on multi-robot grasping dynamics that attracted 16 citations. His adaptive control research demonstrated exponential path tracking for manipulators with unknown payload dynamics, producing multiple influential algorithms across two papers earning a combined 26 citations. Anderson further advanced robust control through H∞ compensation techniques for industrial robots and developed the novel reflex-action position (RAP) control scheme, which achieves load-independent manipulator dynamics through direct force sensing. Collectively accumulating nearly 100 citations, Anderson's body of work reflects a rigorous, mathematically grounded approach to robotics research. His contributions remain valuable references for researchers tackling adaptive control, multi-robot coordination, and real-world robustness in industrial manipulation systems.
Research Focus
Key Achievements
Top Papers
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- 4Decoupled Simulation of Two-Arm Robot Systems12 citations · 1986
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- 8Recursive algorithm for the third-order model of robots6 citations · 2003
- 9PD Control Performance of Robotic Mechanisms5 citations · 1987
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