W.K. Durfee

IIT@MIT, Massachusetts Institute of Technology

Papers

Total Citations

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About

W.K. Durfee is a pioneering researcher in space robotics and vehicle emulation systems, whose work has fundamentally advanced the understanding of controlling robotic manipulators on nonstationary bases. His key research areas include space robotics dynamics, real-time control systems, and vehicle emulation technology. Durfee’s major contributions center on developing experimental facilities and control algorithms to address the critical challenge of dynamic interaction between space robotic manipulators and their micro-gravity bases—a problem that can cause system performance degradation if unaddressed. His most cited work, "A laboratory test bed for space robotics: the VES II" (2002, 39 citations), introduced an advanced experimental platform that enabled rigorous testing of control and planning algorithms previously lacking sufficient experimental validation. This built upon his earlier foundational work, "Real-Time Control of the MIT Vehicle Emulation System" (1991, 13 citations), which established the MIT Vehicle Emulation System (VES) as a facility for studying robots attached to moving platforms, including space shuttle arms and assembly manipulators. Through these achievements, Durfee has provided the research community with essential tools for developing more reliable and effective space robotic systems, directly impacting the future of in-orbit assembly, repair, and exploration missions.