Functional Description: CORDIC operations can be functionally described as the digital equivalent of an analog resolver, with two primary modes: Rotation Mode: Involves computing the new coordinate components after rotating the original vector by a given angle. Demonstrates the step-by-step process of rotating coordinate components using CORDIC. Each step involves computing new values for Y and X using the previous values and the chosen rotation angles. Vectoring Mode: Computes the magnitude and angle of the original vector from its coordinate components. Shows the process of computing the magnitude and angle of a vector from its coordinate components. Similar to rotation, but converges the angular argument to zero.
#Simulation reults in Verilog:
#Simulation results in SystemC
#Dashboard of SystemC Synthesis
#RTL Summary of SystemC synthesis
#Resources used in SystemC synthesis
#Timing Report of SystemC synthesis
#Registers used in SystemC synthesis
#Muxes used in SystemC synthesis
#Part library used in SystemC synthesis
#RTL Verilog netlist generated after SystemC synthesis
#RTL Contents in SystemC synthesis
#Netlist schematic after SystemC synthesis
#Timing report after System C synthesis
#Power report after System C synthesis
#Area report after System C synthesis
#Timing and area report after System C synthesis
#Hierarchy report with design rule violations report after System C synthesis
#Summary report after System C synthesis
B M Madhumitha, Aditya Bharat, Aryan Kumar and Sharanya Shetty
https://www.youtube.com/watch?v=5tqfz9kREmc
A SystemC Textbook - by J Bhaskar