Pramod Kumar Meher

Papers

Total Citations

676

H-Index

About

For over two decades, Pramod Kumar Meher has been a leading figure in the design of efficient digital architectures, with a profound impact on the fields of VLSI signal processing and embedded computing. His research is anchored in the innovative realization of the Coordinate Rotation Digital Computer (CORDIC) algorithm, a cornerstone for hardware-efficient trigonometric and hyperbolic computations. Meher’s seminal survey, “50 Years of CORDIC: Algorithms, Architectures, and Applications,” is a landmark work with over 574 citations, providing an indispensable roadmap for researchers and engineers. He has further advanced the field by pioneering optimized CORDIC designs for fixed-angle rotations, crucial for applications in robotics, digital signal processing, and computer graphics. His work on efficient FPGA realizations of CORDIC, specifically for robotic exploration, demonstrates a direct pipeline from theoretical innovation to practical, real-world deployment, achieving significant area savings. With a career dedicated to bridging the gap between algorithmic theory and hardware implementation, Meher’s contributions have not only shaped the trajectory of CORDIC-based computing but have also empowered a new generation of efficient, application-specific processors.