Alejandro Lumbier

Papers

Total Citations

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About

Alejandro Lumbier is a roboticist whose work centers on motion planning and dexterous manipulation, with a particular emphasis on applying the Fast Marching Square (FM²) method to complex robotic systems. His most influential contribution, "Planning robot formations with fast marching square including uncertainty conditions" (2012, 78 citations), introduced a robust framework for coordinating multi-robot formations under uncertain environments, establishing FM² as a versatile tool beyond simple path planning. Lumbier further extended this methodology to precision grasping, developing novel approaches for planning the movements of robotic hands—specifically the Gifu Hand III—to execute stable, precise grasps. His 2013 papers on precision grasp planning, though with fewer citations, demonstrate a focused effort to bridge theoretical motion planning with practical manipulation tasks, considering three-finger kinematic chains and the challenges of fine motor control. While his citation impact is modest, Lumbier’s work is notable for its systematic adaptation of a single, elegant algorithm (FM²) across two critical domains: formation control and grasping. This dual application highlights his ability to identify unifying principles in robotics, making his research a valuable reference for students and engineers interested in efficient, uncertainty-aware motion planning for both mobile robots and manipulators.