Repository for the lectures taught in the course named "Operating Systems Lab" at the University of Guilan, Department of Computer Engineering.

OS Disk Scheduling Algorithms implementations in C and JAVA

This repository contains the Python Programs for various algorithms of Operating Systems

This repository hosts a C++ implementation of a multiprogramming operating system simulation. The OS efficiently handles various jobs, manages errors like time limit exceeded and line limit exceeded, and incorporates virtual memory with segmentation. This project serves as a comprehensive simulation of an operating system environment.

This repository is all about code that I have done during my classes of data structures using c, analysis and design of algorithms, operating system etc. It is as a helping guide for solving coding questions. I hopw you will like it.

It's a Java-based repository that aims to implement and compare various disk scheduling algorithms. The project focuses on optimizing the movement of the disk head while accessing I/O blocks on cylinders. It provides a comprehensive solution for analyzing and visualizing the performance of different algorithms.

This Repo Contains Network Lab and OS Lab Assignment

A scheduling simulator that implements different disk scheduling algorithms and applies it on a disk queue with requests for I/O blocks on cylinders.

Implemented various Disk Scheduling Algorithms in Python (Operating Systems)

Developed a responsive website for visualization of Disk Scheduling Algorithms using HTML, CSS and JS

disk scheduling algorithms android app

Disk_Scheduling_Algorithms by using GUI in Java

Implementation of Disk Algorithms

Disk Scheduling Algorithms

Computation for disk scheduling in OS course

Disk Scheduling Algorithms Developed and Animated by C# Graphics.

OS Disk Scheduling Algorithms implementations in C++.

Scilab Code solution to Problem 10.11 of Abraham Silberschatz - Operating System Concepts (Book)

This project implements and visualizes various disk scheduling algorithms using the analogy of elevators in a building. The primary algorithms include FCFS, SSTF, SCAN, LOOK, and their circular versions.

Some Operating System Alogorithms ( B Tech )