This program simulates a memory management system using paging and translation look-aside buffer

Minimal C++ LRU cache using a linked-list and a map

LRU Stands for Least Recently Used and LRU Cache help identify the least recently used items in a System.

LRU cache implementations in different programming languages

Header-Only Least-Recently-Used Cache C++

Implementation of some page replacement algorithms

Extensible cache templates.

key value store accessible over REST API

It is required to simulate some of paging replacement algorithms. The required algorithms to be implemented are as follows: • First In First Out (FIFO) • Least Recently Used (LRU) • Clock

This C++-based program implements several of the most popular page replacement algorithms (Optimal, FIFO, LRU, Clock).

Page Replacement Algorithms manage memory efficiently in computer systems. FIFO (First In, First Out) replaces the oldest page, simple but inefficient. Optimal replaces the page that won't be used for the longest time, ideal but impractical. LRU (Least Recently Used) swaps out the least recently accessed page, balancing simplicity and effectiveness

Implementing several Page Replacement algorithms used in Operating Systems.

Replacement Policy implemented in linux. Assigned 5/12/2020, Due 12/12/2020

Page replacement simulator - Operating Systems Memory Virtualization project

Implement page replacement policies like LRU, NFU, FIFO , Aging, Random etc . And also compare their results.

Common engineering data structures and algorithms, such as linear,tree,linked list,graph,greedy,divide and conquer,dynamic programming, backtracking, depth search, breadth search and so on

Algorithms Studied During Operating System Course

Примитивный способ реализации LRU Cache