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About

C.L. Collins is a pioneering researcher in robotics, specializing in haptic interfaces, parallel mechanism kinematics, and teleoperation systems. His most impactful work centers on force-reflected hand controllers for remote manipulation, where he advanced the design and control of in-parallel devices beyond traditional Stewart platforms. His highly cited 1995 paper (89 citations) introduced the singularity analysis of an in-parallel hand controller, laying critical groundwork for force-reflected teleoperation. Collins further expanded this field with his 2003 study (52 citations) on a pantograph linkage parallel platform master hand controller, which significantly improved workspace and dexterity for remote manipulator control. His 2002 work on the duality of twist/wrench distributions in serial and parallel chain manipulators (19 citations) demonstrated deep theoretical contributions to screw theory, enabling cross-application of kinematic results. Collins also contributed to vision-guided robotics, developing self-alignment and manipulation systems for NASA’s LEMUR walking robot at the Jet Propulsion Laboratory. His research bridges fundamental kinematics with practical teleoperation, influencing both robotic hand controller design and autonomous systems.