N Prashanth
Papers
2
Total Citations
10
H-Index
2
About
N. Prashanth is a researcher focused on mechanical design and optimization of legged locomotion mechanisms for mobile robotics. His primary research areas include kinematic analysis, trajectory optimization, and the development of bio-inspired walking mechanisms. Prashanth’s major contributions center on the theoretical and computational modeling of two prominent linkage systems: the Klann mechanism and the Theo Jansen mechanism. In his 2019 study, he systematically analyzed how variations in link lengths and input angles affect the foot locus trajectory of the Klann mechanism, providing foundational insights for designing more efficient walking robots. The following year, he extended this work to the Theo Jansen mechanism, where he developed and optimized its foot locus trajectory to enhance gait performance. Although his most-cited papers each have 5 citations, their impact lies in offering clear, parametric design guidelines that enable other researchers to refine leg geometry for improved stability and energy efficiency. Prashanth’s work bridges theoretical kinematics with practical robotic design, making his findings valuable for students and engineers developing legged robots for uneven terrain.
Research Focus
Key Achievements
Top Papers
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