μShell: A Microkernel-based FPGA Shell Architecture
A novel FPGA shell architecture that enables modular, high-performance cloud acceleration by treating accelerators as shareable hardware modules dynamically linked across virtual FPGAs.
2025-2026I'm a graduate in Physics and Electronics & Communication Engineering from BITS Pilani, India. Currently, I am working at the Systems Research Group in TUM on developing a P4-based operating system for FPGA platforms.
My current research interests span across reconfigurable computing, computer systems, and embedded hardware with a life-long fascination towards space systems.
When I'm not geeking out over computers, I love exploring new places and wanting to climb every mountain that I see along the way. You'll also find me living and breathing football, from shouting at the TV "Even I could've scored that" to realising that scoring goals might actually not be that easy. I also like playing volleyball, badminton and every indoor sport that goes well with a beer.
Undergraduate Thesis at the Systems Research Group, School of CIT
M.Sc. Physics and B.E. Electronics & Communication
No deadlines. No emails. No existential crisis.
A novel FPGA shell architecture that enables modular, high-performance cloud acceleration by treating accelerators as shareable hardware modules dynamically linked across virtual FPGAs.
2025-2026An FPGA-accelerated real-time wildfire detection system for UAVs achieving 78.11% mAP at 195 FPS while consuming only 10.45W on the Xilinx Kria KV260.
2024-2025Atomic Force Microscopy analysis of aluminum thin films deposited via Physical Vapor Deposition for integration into an in-house built Surface Plasmon Resonance instrument.
2025Developed a deep neural network accelerator using the YOLOX model and the PYNQ framework for real-time object detection on the Ultra96v2 FPGA platform.
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