🤹 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

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.

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

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

OS Algorithms Analyzer

AI/RL approach for scheduling

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

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.