Mano Microprocessor

A full reconstruction of the Mano Machine, a theoretical computer architecture designed by M. Morris Mano, reimagined in C for modern low-level learning. It includes a web-based compiler that allows users to write, compile, and execute Mano Machine code directly from their browser. The project also features interactive and comprehensive documentation that guides learners through the intricacies of microprocessor operations, assembly language, and low-level programming concepts.

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Built with

  • C
  • Assembly
  • JavaScript
Documentation provides detailed, in-depth information about the Mano Machine microprocessor, specifically designed as a learning resource for students. It offers comprehensive explanations of core concepts, step-by-step guides, and visual aids to help users understand low-level computing and machine architecture.
Create and solve Karnaugh maps (K-maps) based on user's inputs. Designed to teach the simplification of Boolean expressions in a visual, interactive and intuitive way, offering real-time feedback as learners enter their values.
Enables students to build custom truth tables based on user-defined inputs. It visually demonstrates the logical relationships between variables, making it easy to explore and understand Boolean logic and digital circuits.
Web compiler allows users to write, compile, and execute Mano Machine assembly code directly in the browser. It provides a hands-on learning experience with real-time feedback, helping to understand low-level programming concepts and microprocessor operations in a practical and interactive way.