Important OS Codes and Concepts(Sorted)
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Updated
May 30, 2022 - C
Important OS Codes and Concepts(Sorted)
Basic operating system concepts in c language.
This repository is a workshop for heap allocator implementations using a variety of data structures and algorithms. The goal is to compare performance and tradeoffs of different approaches in depth.
This repository features programs that explore Linux kernel functionality, memory management strategies, and various process scheduling algorithms. It's designed to help users understand core operating system concepts through practical implementations.
MemAlloc is a C library for efficient memory management, incorporating Best Fit, Next Fit, First Fit, Worst Fit, and Buddy Allocation algorithms to optimize memory utilization in applications.
Contiguous Memory Management Algorithms
Repository containing memory allocation techniques
This project simulates the Multiple Partitions - Variable Regions (MVT) memory management technique for managing 2 GB of memory, with 512 MB allocated for the OS. It reads processes from ready.txt and job.txt files and uses FCFS. Features include memory compaction (triggered by >3 holes) and representations of memory allocation and queues.
Implementing a Dynamic Memory Allocators using Lists,Binary Trees,RBTrees COL106-CourseProject
Simulating memory allocation-deallocation to processes in Operating Systems
codes for solving minima and least squares fit problems
Implemented Memory Module of Operating system using Dynamic Partitioning and Best Fit Algorithm
This is Operating System (CE354) practical.
This repository contains the Python Programs for various algorithms of Operating Systems
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