Papers
8
Total Citations
93
H-Index
6
About
Dip Goswami is a leading researcher at the intersection of robotics, real-time embedded systems, and motor control. His work is defined by a dual focus: advancing the fundamental stability and control of bipedal locomotion, and engineering the composable, real-time software architectures necessary to deploy such systems safely. His early, highly-cited research tackled the complex dynamics of bipedal jumping, analyzing landing stability and underactuation in planar biped models (37 citations). This foundational work on biped stability and Zero-Moment-Point compensation is further consolidated in his influential survey on biped locomotion (12 citations). Recognizing the gap between theory and practice, Goswami pioneered CompROS, a composable ROS2 architecture that addresses the critical challenge of achieving real-time performance in safety-critical robotic applications (11 citations). His recent contributions extend to energy-efficient motor control, where he applies reinforcement learning for load-agnostic speed regulation. With over 80 citations across his key works, Goswami’s research provides a vital bridge from theoretical gait analysis to the practical, analyzable, and real-time systems that will power the next generation of autonomous robots.
Research Focus
Key Achievements
Top Papers
- 1Planar Bipedal Jumping Gaits With Stable Landing37 citations · 2009
- 2
- 3Biped Locomotion: Stability, Analysis and Control12 citations · 2008
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- 6Reconfigurable pipelined sensing for image-based control6 citations · 2016
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