🤹 A C++ implementation of the Round Robin Scheduler algorithm for process scheduling.

Research paper on Multi-Threading vs. Multi-Processing applies to Operating System & Application. The research analyzes the fundamental of multiprocess and multithreading programming. The report paper also explains the basics of how operating system functions, and OS Scheduler Algorithms. I also implement the Producer-Consumer Problem using Cond…

An interactive, educational web application that visualizes core Operating System concepts including CPU scheduling, memory management, and file system operations.

Here is an app simulates real-time OS scheduling algorithms where Real-time operating systems (RTOS) are designed to handle tasks that require precise timing and high reliability.

CSE-3102: Operating System

Operating System algorithms in C including CPU scheduling, page replacement, and disk scheduling with simple and advanced implementations.

A comprehensive npm package for CPU scheduling algorithms simulation including FCFS, SJF, SRTF, Round Robin, Priority, MLQ, and MLFQ with detailed metrics calculation and Gantt chart visualization.

OS Algorithms Analyzer

Linux Programming and Some Operating System Algorithms Implementation using C language.

AI/RL approach for scheduling

Operating Systems Algorithms

Implementation of Operating System Algorithms in C

🔐A C++ example demonstrating the OS concepts of Process Forking, Shared Memory, Semaphores by solving an interesting problem

A comprehensive CPU scheduling algorithm simulator built in C++ with Qt GUI support. This project implements and compares 10 different scheduling policies commonly used in operating systems.