Accelerator IP for computing transcendental functions using CORDIC algorithm.

As part of final year project for APJ Abdul Kalam Technological University B Tech Electronics and Communication Program.

Department of Electronics and Communication Engineering

Government Engineering College Thrissur

• docs : Documentation
  • data : Logfiles generated from tests
  • diagrams : Flowcharts and diagrams
  • plots : Plots generated from jupyter notebooks
  • cordic_circular.ipynb : Jupyter notebook characterizing circular mode performance
  • cordic_hyperbolic.ipynb : Jupyter notebook characterizing hyperbolic mode performance
  • cordic.md : Compute unit documentation
  • cordic_test.md : Testbench documentation
  • final_report.pdf : Final project report pdf
  • poster.pdf : Project poster pdf
• incl : .svh files included in RTL or TB code
• rtl : Synthesizable components written in system verilog
• tb : Testbenches written in system verilog
• test : Test code to be run on the processor
• utils : Python scripts for generating lookup tables, helper functions for jupyter notebook, etc

For synthesizable verilog code and testbench code thats not inside classes, use the following conventions

Indentation must be done using spaces, with 2 spaces for each level

• Harith Manoj [email protected]
• Ashwin Rajesh
• Akin Mary
• Abhishek K