16-bit CPU Design with I/O Interface

Overview

This project represents the culmination of advanced concepts in computer architecture, focusing on the design of a 16-bit CPU with an integrated I/O interface module. It simulates the essential components of a computer system and their interconnections, providing a hands-on approach to understanding the CPU's operation and control mechanisms.

Features

• Simulated 16-bit CPU design.
• Hardwired control unit implementation.
• Integrated data unit with memory and registers.
• Arithmetic Logic Unit (ALU) for basic computations.
• Simple input/output interface with switches and LED indicators.

How to Use

• Use the .circ file to open the project in Logisim.
• Review the 16-bit CPU.docx for a detailed report and project insights.
• Right click the RAM Module and press on Load Image. Here, select add.txt to load the pre-made assembly code.
• Simulate the CPU's operation and observe the I/O interactions.

Prerequisites

• Logisim for running .circ files.
• A document viewer for .docx files.

Contributing

Contributors can enhance the project by refining the CPU design, adding more complex I/O operations, or expanding the instruction set. Please fork the project, make your improvements, and submit a pull request.

License

This project is open-sourced under the MIT License.

Acknowledgments

• Gratitude to Qatar University's College of Engineering for the educational support.
• Special thanks to the instructors and peers who provided valuable feedback.
• Only ALU and documentation was completed by other colleagues who are not mentioned for privacy reasons.