Eric L. Faulring

Papers

Total Citations

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About

Eric L. Faulring is a pioneering researcher in the fields of teleoperation and cobotics, focusing on enhancing human-robot interaction through innovative mechanical design. His work addresses critical challenges in hazardous environments, particularly in nuclear decommissioning and dismantling (D&D), where remote manipulation is essential for safety and efficiency. Faulring’s most cited paper, "Enhanced teleoperation for D&D" (2004, 14 citations), tackles the limitations of slow and imprecise remote manipulator systems, proposing solutions that improve productivity and reduce operational costs. He is also a key contributor to the development of cobots—robots that use infinitely variable transmissions to create programmable constraint surfaces with exceptional power efficiency. His 2006 study on the "Rotational-to-Linear Infinitely Variable Cobotic Transmission" (8 citations) demonstrates how cobots consume minimal electrical power even under high forces, making them ideal for precision tasks. Faulring’s research has advanced high-performance cobotics, as seen in his 2005 work (4 citations), which highlights the broad efficiency and fidelity of these systems. His contributions are foundational for safer, more effective remote operations in high-risk industries.