Piyush Kumar Mishra
Papers
1
Total Citations
63
H-Index
1
About
Piyush Kumar Mishra is a leading researcher in the fields of bipedal robotics, gait analysis, and human-robot interaction. His major contributions center on the mathematical modeling and control of human locomotion, particularly through the innovative use of vector fields to represent and regenerate complex gait patterns. His most cited work, "Design of Vector Field for Different Subphases of Gait and Regeneration of Gait Pattern" (2016, 63 citations), introduces a groundbreaking framework that decomposes the bipedal gait cycle—comprising six joint angles for the hip, knee, and ankle—into seven distinct subphases. By designing vector fields for each subphase, Mishra enables the seamless regeneration of natural walking motions in bipedal models, a critical advancement for prosthetic design and humanoid robotics. This work has been highly influential, providing a robust, mathematically elegant solution to the challenge of replicating the temporal dynamics of human gait. Mishra’s research bridges theoretical control theory and practical biomechanics, offering profound insights for rehabilitation engineering and autonomous walking systems. His achievements underscore a commitment to advancing assistive technologies and robotic locomotion, making him a key figure in the intersection of robotics and human movement science.
Research Focus
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Top Papers
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