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About

R.M. DeSantis is a robotics and control systems researcher whose career has been defined by pioneering contributions to autonomous vehicle navigation and mobile robot control. Working primarily through the 1990s and early 2000s, DeSantis made foundational advances in path-tracking theory — the science of enabling robots and vehicles to follow predefined trajectories with precision and reliability. His most influential work, "Path-tracking for a Tractor-Trailer-like Robot" (1994, 86 citations), extended geometric path-tracking methods beyond conventional car-like robots to articulated vehicle systems, formalizing critical concepts such as lateral and heading offsets that became touchstones in the field. This was complemented by parallel contributions to car-like robots with single and double steering configurations, and to differential-drive wheeled robots, demonstrating a broad command of mobile robotics platforms. His 1995 papers on these topics each garnered 38 citations, reflecting their sustained relevance to the research community. DeSantis also bridged theory and practice through experimental validation of stabilization algorithms for articulated vehicles, and extended his expertise into robotic manipulator force/motion control. Altogether, his body of work established rigorous mathematical frameworks that helped shape modern autonomous ground vehicle research, making his contributions essential reading for students entering mobile robotics and control systems.