⚙️Operating System CPU Scheduling Simulator😄
Modern improvements for MIT's xv6 OS
Sqrt OS is a simulation of an OS scheduler and memory manager using different scheduling algorithms including Highest Priority First (non-preemptive), Shortest Remaining Time Next, and Round Robin.
round robin port redirector
Created programs to simulate two different scheduling algorithms i.e. First come, first served and Preemptive Round Robin scheduling
Inter-process communication, synchronization & scheduling algorithms
Multilevel feedback queue scheduler allows a process to move between queues based on the CPU burst of the process.
The program implements a user level thread library for Linux in C with pre-emption, locks, conditions, semaphores, scheduler, timers, multi-level priority queue ensuring synchronization in real world programs besides several other features making it a complete autonomous library for thread creation and management. Sample test programs utilizing …
Sqrt OS is a simulation of an OS scheduler and memory manager using different scheduling algorithms including Highest Priority First (non-preemptive), Shortest Remaining Time Next, and Round Robin
The Scheduling problem is solved by Round Robin algorithm.
A simulation for an OS with a scheduler and a memory management system using SystemV IPC.
XV6 is a simple Operating system created by MIT. In this project, we decided to create some syscalls and make a change in the Scheduling policy. We add Round-Robin Policy with different Quantum, Priority Policy, and multilevel queue.
Simulador (en lenguaje C), que recibe como parámetro un fichero de entrada con la información pertinente (Procesos, Quantum, etc...) y actúa como un planificador a corto plazo, el cuál con los datos proporcionados ejecuta el algoritmo de planificación expulsivo Round-Robin y el algoritmo de planificación no expulsivo SJF.
A CLI simulator for cpu scheduling algorithms
This project demonstrates three different ready queues
Important OS Codes and Concepts(Sorted)
Implementation of scheduling algorithms (Round Robin, SJF, Priority, FCFS) and deadlock avoidance algorithm(Banker's Algorithm)
C implementation of Round-Robin and Lottery Scheduling Algorithms.
Laboratorio 3 de la materia de Sistemas Operativos de la Licenciatura en Ciencias de la Computación de FAMAF (UNC)
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