🔢 RISC-V CORDIC Algorithm

My implementation of the CORDIC algorithm in RISC-V assembly, a project subject for Computer Architecture Lab, WUT. 📐🖥️

In this project, you'll find the CORDIC algorithm implemented in Python, C, and RISC-V. 🐍💻🔢

📚 Project Description

The CORDIC (COordinate Rotation DIgital Computer) algorithm is used for various computations including trigonometric functions. 🧮

🛠️ Implementation Languages

• Python: A high-level implementation for easy understanding and validation. 🐍
• C: A low-level implementation that provides insights into performance optimization. 💻
• RISC-V Assembly: A hardware-oriented implementation to demonstrate how the algorithm operates at the assembly level. 🛠️

📁 Project Structure

• CORDIC-PYTHON/ - Python implementation of the CORDIC algorithm.
• CORDIC-C/ - C implementation of the CORDIC algorithm.
• CORDIC-ASM/ - RISC-V assembly implementation of the CORDIC algorithm.

🚀 Usage

1. Python Implementation:

   • Navigate to the python/ directory and run:

     python cordic.py

2. C Implementation:

   • Navigate to the c/ directory and compile the code:

     gcc -o CORDIC CORDIC.c

   • Run the compiled program:

     ./CORDIC

3. RISC-V Assembly Implementation:

   • Navigate to the CORDIC-ASM/ directory and assemble the code.

📝 Notes

• Ensure you have the necessary compilers and tools installed for Python, C, and RISC-V assembly.
• For RISC-V, you might need an emulator (like "RARS" simulator) or hardware that supports RISC-V instructions.

📜 License

This project is licensed under the MIT License. See the LICENSE file for details. 📜

📬 Contact

For questions, feedback, or support, feel free to reach out:

• Author: Kacper Górski 🧑‍💻
• LinkedIn: Kacper Górski 🌐
• Instagram: @kxcper.gorski 📸
• X: @Kerciuu 🐦
• GitHub: Kerciu 🧑‍💻
• Support: For technical support, please email kerciuuu@gmail.com 📧

For issues, please open a GitHub Issue. 🚀

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