Giresh Singh Kunwar

Papers

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About

Giresh Singh Kunwar is a researcher whose work bridges control theory, embedded systems, and robotics. His key research areas include real-time control of unstable dynamical systems, FPGA-based sensor fusion, and mobile robotics. Kunwar’s most notable contribution is his work on the FPGA control of a Mobile Inverted Pendulum Robot—a classic, inherently unstable system that serves as a benchmark for advanced control algorithms. By implementing control and sensor fusion algorithms on Field Programmable Gate Arrays (FPGAs), he demonstrated how reconfigurable hardware can enable fast, reliable inertial navigation for balancing robots. This approach offers significant advantages in speed and power efficiency over traditional microcontroller-based systems. While his most-cited paper has accrued only 2 citations, its conceptual importance lies in its early exploration of FPGA-based control for challenging real-time applications. Kunwar’s work provides a foundation for researchers interested in embedded control, mechatronics, and the practical deployment of advanced control theory on resource-constrained hardware—making it a valuable reference for students and engineers working on autonomous systems and robotics.