Richard Thomas

Scientific Systems (United States), University of Reading

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Total Citations

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About

Richard Thomas has made foundational contributions to the field of robotics, particularly in the control and design of kinematically redundant robot manipulators (KRRMs). His seminal 1987 work, which has garnered 13 citations, remains a key reference for researchers exploring systems where extra joint-space degrees of freedom enable greater flexibility in end-effector positioning and orientation. This research laid the groundwork for advanced manipulation strategies in complex tasks, influencing both industrial and cognitive robotics. More recently, Thomas has focused on the estimation of contact forces in backdrivable linkages, a critical area for cognitive robot research that aims to enhance human-robot interaction and safety. Though his 2014 paper on this topic has 2 citations, it reflects his ongoing commitment to bridging theoretical mechanics with practical, intelligent systems. Thomas’s career exemplifies a sustained dedication to solving fundamental problems in robot kinematics and force sensing, inspiring students and researchers to explore the intersection of mechanical design and autonomous control.