Papers
5
Total Citations
19
H-Index
3
About
Abhishek Jaju’s research centers on advancing teleoperation and master–slave robotic systems, with a particular focus on haptic feedback, stereo vision, and autonomous manipulation. His major contributions include developing methods to map motion from compact haptic devices—such as the Phantom—to standard industrial robots, enabling intuitive, force-reflective control without requiring identical master and slave arms. He also pioneered a stereo vision guided telerobotics system that integrates depth estimation for autonomous pick-and-place operations, significantly enhancing remote manipulation capabilities. Jaju’s work on telepresence interfaces, which replace monoscopic camera views with stereo imaging, improves operator spatial awareness in hazardous environments like nuclear or chemical sites. While his citation counts (ranging from 1 to 6 per paper) reflect a focused, early-career impact, his experiments with “delayed live” video and 3D range sensor-based robotic picking of cylindrical fuel pellets demonstrate practical applications in challenging industrial settings. Jaju’s research bridges the gap between haptic device ergonomics and robust robotic control, offering foundational insights for students and researchers exploring telemanipulation, human–robot interaction, and autonomous systems in constrained or dangerous workspaces.
Research Focus
Key Achievements
Top Papers
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