Abhijit Boruah

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Abhijit Boruah is a researcher at the intersection of bio-inspired robotics and rehabilitation engineering, with key contributions in quadruped locomotion and prosthetic object recognition. His most cited work, "A Bio-Inspired Implementation of Walking and Stair Climbing on a Quadruped Robot" (2018, 14 citations), addresses the underexplored challenge of stair climbing in biomimetic robots by developing biologically inspired four-leg coordination algorithms for both walking and quasi-static stair ascent. This work bridges a critical gap between biological locomotion principles and practical robotic mobility. In the domain of rehabilitation robotics, Boruah's review on object recognition based on surface detection (2018, 7 citations) systematically categorizes vision-based and sensor-based approaches for prosthetic hand grasping, providing a foundational taxonomy for the field. His more recent work (2022, 4 citations) advances this area by proposing shape-oriented object recognition using enclosure-based exploratory procedures, enabling more intuitive grasp planning. Boruah's research demonstrates a coherent thread from fundamental locomotion principles to applied assistive technology, making his work valuable for both roboticists developing legged systems and engineers designing intelligent prosthetics.