Tamás Insperger

Budapest University of Technology and Economics

Papers

Total Citations

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About

Tamás Insperger is a leading figure in the dynamics and control of mechanical systems, with a particular focus on the stability of periodic motions in robotics and biomechanics. His research bridges theoretical nonlinear dynamics and practical applications in legged locomotion, where he investigates how parameters like foot placement and ground interaction influence stable gait patterns. Insperger’s most-cited work, “Remote Control of Periodic Robot Motion” (2000, 27 citations), pioneered methods for stabilizing cyclic robotic behaviors through delayed feedback, a concept foundational to modern teleoperation and autonomous systems. His 2019 study on segmented leg models (6 citations) further advanced understanding of human and robotic pedal locomotion, analyzing how inelastic collisions and kinematic constraints shape efficient, stable motion. Beyond these papers, Insperger is widely recognized for his contributions to the field of delay-differential equations in engineering, notably through his co-authored book *Semi-Discretization for Time-Delay Systems*, which has become a standard reference for stability analysis in machining and robotics. His work continues to influence researchers designing more robust, energy-efficient walking robots and prosthetics.