Free (standard conforming) library to model mechanical (1D/3D), electrical (analog, digital, machines), magnetic, thermal, fluid, control systems and hierarchical state machines. Also numerical functions and functions for strings, files and streams are included.

A Python native dynamical system simulation framework in the block diagram paradigm.

A fully functional browser-based OS simulation with a custom window manager. Engineered to host nested applications and ranked as a top 100 all-time project on Hacker News.

凵 Full-system, queuing simulator for serverless workflows.

Development and simulation framework for Application Specific Vector Processor

In this repository ther are simulation code which is in the Book call "System Simulation" - by D.S HIRA

Simulation for CACTI (Coded Aperture Compressive Temporal Imaging) System

General system simulation using constraint hypergraphs

Simulation Framework for the Static Scheduler

An open source framework for the simulation of moving-network-convoy based cellular V2X communication architectures

ForzeOS: A modular Python system simulation featuring a 60% RAM optimizer, specialized security terminal, and integrated utility modules.

Course Work: System Simulation and Modelling

Cinematic, high-performance HTML5 Canvas engine that visualizes database systems under load. Demonstrates failure, scaling, replication, caching, and optimization through real-time animation. Zero dependencies, production-grade rendering, and system architecture storytelling in a single-page app.

High-performance canvas-based system that visually simulates cloud infrastructure evolution from failure to scalable architecture. Features real-time rendering, particle-driven data flow, multi-phase animation engine, and zero-dependency design for demos, system design storytelling, and infra visualization.

High-performance canvas-based system that visually simulates cloud infrastructure evolution from failure to scalable architecture. Features real-time rendering, particle-driven data flow, multi-phase animation engine, and zero-dependency design for demos, system design storytelling, and infra visualization.

A cinematic, event-driven AI infrastructure visualization built with advanced HTML, CSS, and JavaScript. Demonstrates system failures, recovery, and autonomous execution using real-world architecture patterns, animations, and scalable frontend design principles.

Mathematical Modeling Problems and Solutions

A high-performance HTML5 Canvas-based cinematic engine that visualizes distributed system transformation—from disconnected tools to unified, event-driven architecture. Demonstrates real-time data flow, automation pipelines, and observability using pure JavaScript with zero dependencies.

A cinematic, event-driven AI infrastructure visualization built with advanced HTML, CSS, and JavaScript. Demonstrates system failures, recovery, and autonomous execution using real-world architecture patterns, animations, and scalable frontend design principles.

Java CLI projects covering OOP, DSA, file handling, and real-world system simulations.