page-replacement

Codes pertaining to OS Lab for Course CO254 - Operating Systems Lab

SJTU-CS356-Projects

These are the Python implementations of FIFO, LRU and OPT page replacement algorithms

Codes pertaining to OS Lab for Course CO254 - Operating Systems[CSE NITK SEM-4]

Operating System Simulator built using JS, HTML and CSS

This code was written in JAVA.

Operating System Algorithms in C++

Program to accept number of physical frames, list of page accesses, and the page replacement algorithm and output the number of faults and whether each access was a fault or not. Supports FIFO, LRU, and OPTIMAL algorithms.

This is an extension of Nachos to support multiprogramming using system calls such as Exec, Exit, Read and Write to have processes request services from the kernel. Then it is further extended by a Virtual Memory Manager supported by Demand Paging and Page Replacement procedures.

"Implementation of Virtual Memory available in operating systems"

This repository holds the program of all study jams conducted by GDSC SCTCE

CSUSM: Operating Systems

Basic OS Programs - CPU Scheduling & Page Replacement

Interactive web-based Operating System simulator featuring 20+ OS algorithms with real-time visualizations for CPU Scheduling, Memory Management, Process Synchronization, Deadlock Handling, Page Replacement, Disk Scheduling, and File Allocation.

Simulation and data analysis for 4 different page replacement algorithms

A simple program for analyzing and visualizing CPU scheduling and page replacement algorithms

Designing Virtual Memory Unit in C and using LRU, MRU replacement techniques for page replacement

A Repository of Operating System Virtual Lab having Process Scheduler, Page Replacement and Disk Scheduler

Implemented xv6 kernel extensions including MLFQ scheduling, virtual memory optimizations, RAID simulation, and disk scheduling.

Kernel-level enhancements to xv6 RISC-V including custom system calls, SC-MLFQ scheduling, virtual memory management, Clock page replacement, and swapping.