Hardware Architecture for High Radix Adaptive CORDIC Algorithm
Published in National Institute of Technology Karnataka Surathkal, 2015
This thesis presents a hardware architecture for an adaptive CORDIC (COordinate Rotation DIgital Computer) algorithm. The proposed architecture implements a high radix variant that allows for faster convergence compared to traditional fixed radix implementations. The design demonstrates efficient computation of trigonometric, hyperbolic, and other mathematical functions using shift and add operations optimized for FPGA implementation.
Recommended citation: @mastersthesis{shah2015hardware, title={Hardware Architecture for High Radix Adaptive CORDIC Algorithm}, author={Shah, Ankit and Oza, Saharsh Samir and Thokala, Tarun and Gujjar, Pratik and David, Sumam}, school={National Institute of Technology Karnataka Surathkal}, year={2015} }