EMT: An OS Framework for New Memory Translation Architectures

Memory management simulator, using Hashed Page Table. Page Replacement Algorithms: Least Recently Used (LRU) and Second Chance.

The implementation of systems calls, lock, Virtual Memory and other file system implementation on OS161

Designed Virtual Memory Manager which converts logical address to physical address.

A virtual memory manager

x86 32 bit OS with a rtl8139 network card driver

No description provided.

OS Nachos Implementation

Header-only library of essential utilities for C++ development - socket, http, json, virtual memory, log, timestamp.

This part of the Pintos Project involved extending previous functonality implemented in other parts by implementing Virtual Memory.

Implementation of OS concepts for better understanding.

MultiUser Print Server allows multiple clients to send multiple jobs (in form of printing docs) and allocates different resources needed per printing job

Optimized virtual memory ringbuffer

No description provided.

Second year Operating System Coursework at Imperial College London

An AI-enhanced Virtual Memory Manager (VMM) simulator that integrates a C++ backend for core logic, a Python-based AI predictor for page prediction, and a React frontend for real-time visualization. It supports various page replacement algorithms and allows monitoring through a live dashboard.

A virtual memory page replacement simulator made for educational purposes

No description provided.

Interactive demo for Virtual Memory and Paging in x8086

It is operating system project

This repository contains three system-level computing projects in C++: a multi-threaded MapReduce framework, a user-level thread management library, and a virtual memory management system.

Implements the virtual memory sub-system of OS/161 using a two-level page table.

Some demo programs related to the operating systems class

A hash table data structure that emulates virtual memory

Developmnent of OS161

A comprehensive virtual memory simulation framework designed for educational use, featuring multi-level page tables, TLB, demand paging, and various page replacement algorithms. It supports multi-process simulation with an interactive web GUI for visualization and metrics analysis.

Virtual Memory Simulation

Frameworks for CPU Scheduler, Virtual Memory Management, IO Scheduler to support a batch of scheduling algorithms.

基于VEH和文件的“虚拟内存”。当你编写的程序需要巨额内存时，本项目可以帮助你利用磁盘空间，降低内存开销。