Papers
33
Total Citations
690
H-Index
11
About
Amit Ailon is a control systems engineer whose research spans two principal domains: the control of robotic manipulators with flexible joints and the coordination of nonholonomic mobile robot systems. His early and most influential work addressed the challenging problem of regulating flexible-joint robots under realistic constraints, producing observer-based and approximate differentiation controllers that bypassed the need for noisy velocity measurements—a significant practical advance over existing methods. His 1993 and 1994 papers, garnering 157 and 140 citations respectively, established foundational output-based control strategies that remain widely referenced. Ailon extended this work to account for actuator electrical dynamics, model uncertainties, unknown payloads, and time delays, demonstrating robustness across increasingly realistic robot models throughout the 1990s and 2000s. In his later career, he turned to mobile robotics, developing formation control schemes for groups of nonholonomic wheeled robots using flatness theory and virtual vehicle concepts, as well as bounded-input trajectory tracking controllers—contributions cited over 70 times each. Across more than two decades of research, Ailon's work reflects a sustained commitment to bridging theoretical stability analysis with practical implementability in complex robotic systems.
Research Focus
Key Achievements
Top Papers
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- 2Global regulation of flexible joint robots using approximate differentiation140 citations · 1994
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