Introduction to RAM
A complete ecosystem for the Random Access Machine (RAM) model of computation
What is the Random Access Machine Model?
The Random Access Machine is a theoretical model of computation used in computer science to analyze algorithms. It consists of:
- A program made up of sequentially numbered instructions
- A set of registers that can store arbitrary integers
- Basic operations like arithmetic, conditional branching, and memory access
This model is particularly useful for teaching computational theory and algorithm analysis, as it provides a simplified abstraction of how computers work at a fundamental level.
Project Objectives
The RAM project aims to achieve several key objectives:
Formal Language Definition
Define a clear, consistent, and unambiguous specification for the RAM programming language.
Accurate Emulation
Implement an emulator that faithfully executes RAM programs according to the defined semantics.
Performance
Strive for reasonable performance in the emulator to handle non-trivial programs.
Educational Resource
Serve as a practical tool for learning about theoretical computer science concepts.
Getting Started
Ready to dive in? Check out our Getting Started guide to install RAM and write your first program.
Project Status
This project is under active development. While the core functionality is stable, new features and improvements are continuously being added. We welcome contributions from the community!
The RAM project is open source and available on GitHub.