Joseph K. Kearney

Papers

Total Citations

115

H-Index

About

Joseph K. Kearney is a pioneering researcher whose work bridges computer science, robotics, and special education, with a focus on programming complex physical interactions. His key research areas include flexible object manipulation, legged locomotion, and human-robot interaction. Kearney’s major contributions lie in developing programming paradigms for uncertain environments, as seen in his seminal 1991 paper on flexible object manipulation (85 citations), which addressed the challenge of controlling deformable objects when precise state information is unavailable. He also advanced robotic control through model-independent methods for legged motion, introducing a generalization of the virtual leg abstraction for hopping robots (2003). Notably, Kearney led cross-collaborative efforts between computer science, special education, and mechanical engineering to create robotic platforms for teaching social skills to children with autism (2011, 14 citations). His work on programming mechanical simulations (1993) introduced a multi-level constraint solver paradigm, while his research on whip-like throwing motions (1993) explored efficient generation of dynamic actions. With a career spanning over three decades, Kearney’s interdisciplinary approach has significantly impacted both theoretical robotics and practical therapeutic applications, demonstrating how computational models can address real-world challenges in movement and social interaction.