Papers
1
Total Citations
8
H-Index
1
About
Dinanath is a control systems researcher whose work focuses on advanced nonlinear control strategies for robotic systems. His most-cited paper, "Non-singular Terminal Sliding Mode Control of Robot Manipulators with H∞ Trajectory Tracking Performance" (2019), has garnered 8 citations, establishing his early contributions to robust control theory. This work addresses a critical challenge in robotics: achieving precise trajectory tracking while mitigating the singularity issues inherent in terminal sliding mode control. By integrating H∞ performance criteria, Dinanath’s approach enhances disturbance rejection and tracking accuracy, offering a practical solution for high-precision robotic manipulators in manufacturing and automation. His research sits at the intersection of sliding mode control, nonlinear dynamics, and optimal performance, demonstrating a commitment to bridging theoretical rigor with real-world applicability. While his citation count is modest, the specificity of his contributions—particularly in non-singular control design—positions him as a specialist in a niche yet impactful area. For students and researchers exploring robust control for robotics, Dinanath’s work provides a clear example of how to address practical constraints like singularity avoidance while maintaining rigorous performance guarantees.
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Top Papers
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