Papers
2
Total Citations
11
H-Index
2
About
D. Vishal is a researcher in bio-inspired robotics, with a primary focus on quadruped locomotion and adaptive control for unstructured environments. His work centers on developing robotic systems that mimic animal gait patterns to navigate challenging terrains, a critical area for search-and-rescue and exploration applications. Vishal’s most cited paper, “Multi-body dynamics simulation and gait pattern analysis of a bio-inspired quadruped robot for unstructured terrains using adaptive stroke length” (2016, 7 citations), introduces a novel adaptive stroke length mechanism that enhances stability and mobility on uneven ground. In his subsequent work, “Design and analysis of active vibration and stability control of a bio-inspired quadruped robot” (2017, 4 citations), he advances this concept by designing a gear-train power transmission system—a more efficient alternative to traditional mechanisms—and integrating active vibration control to maintain stability. This gear-train approach allows for optimized torque distribution and smoother locomotion, directly addressing the challenge of power efficiency in field robotics. Though his citation counts are modest, Vishal’s contributions are notable for their practical engineering focus, bridging simulation and hardware design. His research offers a valuable foundation for students and engineers interested in the intersection of mechanical design, control systems, and bio-inspired locomotion.
Research Focus
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Top Papers
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