24-1 / 운영체제 / 서의성 prof.

24-1 운영체제 (prof. 서의성)

This repository contains my work on the xv6 operating system lab as part of MIT's 6.S081 course. The lab involves extending and optimizing various modules of the xv6 operating system, which is based on the RISC-V instruction set architecture.

23년 2학기 숭실대 소프트 운영체제 과제

Operating system project - shell command line

Detailed solutions to assignments of MIT's Operating Systems Engineering course

Implementation of Copy-On-Write in xv6 kernel in C.

Old homeworks about writing C for xv6 kernel- and user-space

xv6-riscv + Zig

Code and assignment submissions for CS-1217 Operating Systems in Spring 2022 taught by Professor Manu Awasthi

This is an enhanced version of xv6-riscv.

MIT 6.s081 xv6 system coding labs

A fully-featured Docker container (devcontainer) designed to build and run the Xv6 RISC-V operating system.

Extended xv6 operating system with new console shortcuts and command history, new system calls, BJF and RR and LCFS scheduling, new synchronization methods like priority lock, shared memory

fork of the xv6-public's shell modified to work on linux

Modifying the Unix kernel with an improved process scheduler using skip lists for efficient priority-based scheduling and dynamic level assignment.

COEP Tech Operating System Course Resource

MIT6.S081实验记录，并且利用Docker+code-server（网页版Vscode）进行环境搭建，实现开箱即用的纯净实验环境，具体使用说明请看下面的网站

Extension of the xv6 operating system designed by MIT. Includes features such as strace (to keep track of invoked syscalls), sigalarm and sigreturn (to periodically alert processes using up CPU time), four types of schedulers - FCFS, Lottery-based, Priority-based and Multi-Level Feedback Queue schedulers and Copy-On-Write fork