first-fit-algorithm

Here are 8 public repositories matching this topic...

Shruthi-Sivagnanam / Os-Concepts

Basic operating system concepts in c language.

os deadlock operating-system shell-script memory-allocation shell-scripting system-calls scheduling-algorithms cpu-scheduling-algorithms deadlock-avoidance best-fit first-fit bankers-algorithm demand-paging disk-allocation shell-programming fifo-page-replacement first-fit-algorithm best-fit-algorithm

Updated Jun 24, 2022
C

FMIProjects / MemAlloc

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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.

c memory-allocation buddy-allocator first-fit-algorithm best-fit-algorithm worst-fit-algorithm next-fit-algorithm

Updated Mar 1, 2024
C

ANIRUDH-VADERA / OS

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Important OS Codes and Concepts(Sorted)

round-robin sequential linked disk-scheduling lru-cache fifo-cache scheduling-algorithms mru-cache indexd file-allocation premptive-priority-scheduler lru-replacement-algorithm shortest-job-first optimal-page-replacement fifo-page-replacement firstcomefirstserve first-fit-algorithm best-fit-algorithm worst-fit-algorithm mru-page-replacement

Updated May 30, 2022
C

Fedorix OS is a simulation of an OS scheduler and memory manager using different scheduling algorithms including Highest Priority First (non-preemptive), Shortest Remaining Time Next, and Round Robin.

c scheduling round-robin operating-system data-structures memory-management buddy-system-allocation shortest-remaining-time-first highest-priority-first first-fit-algorithm

Updated May 22, 2023
C

yassine20011 / sys_d-exploitation

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Contiguous Memory Management Algorithms

algorithms operating-system first-fit-algorithm best-fit-algorithm worst-fit-algorithm next-fit-algorithm

Updated May 23, 2024
C

agl-alexglopez / heap-allocator-workshop

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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.