⚡ Philosophers Project is a 42 project that explores threads, processes, mutexes, and semaphores to solve the dining philosophers problem, focusing on synchronization and concurrency management.

A Linux kernel module playground exploring synchronization mechanisms like mutexes and read-write locks, using practical code snippets and detailed notes.

A header only library with RAII based locking and data access

Often referred to as the Dining Philosophers Problem, is a classical synchronization problem that explores the challenges of resource sharing and deadlock avoidance.

This repository contains comprehensive resources for the Operating Systems course taught at FAST NUCES Karachi, typically offered in the 4th semester of the BSCS program.

A very basic lightweight, concurrent job queue system built in Go (Golang), featuring retry logic, customizable job types, RESTful API endpoints, and a simple React/TypeScript dashboard for monitoring and control. Meant to mimic the functionality of real-life Job Queue services e.g., Celery. At its core, it implements the Producer-Consumer Model.

This OpenCv project is built using C++ concurrency concepts such as threads, tasks, promises and futures, mutexes and locks and condition variables. The project also implements Monitor Object design pattern.