3 个仓库
Awesome GitHub RepositoriesEducational Kernel Projects
Assignments that modify an operating system kernel to add threading, scheduling, and memory protection features.
Distinct from Kernel Development: Distinct from Kernel Development: focuses on educational assignments, not production kernel building.
Explore 3 awesome GitHub repositories matching operating systems & systems programming · Educational Kernel Projects. Refine with filters or upvote what's useful.
Awesome Educational Kernel Projects GitHub Repositories
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- remzi-arpacidusseau/ostep-projects
remzi-arpacidusseau/ostep-projects
5,560在 GitHub 上查看This is a collection of academic programming projects that accompany an operating systems textbook, designed to teach core OS concepts through hands-on implementation. The projects span the major subsystems of an operating system, including process scheduling, memory management, file systems, and concurrency, with students building components from scratch in a simulated environment. The projects are structured to cover the full range of OS internals, from low-level kernel development to user-space system programming. Students implement lottery-based CPU schedulers, dynamic heap memory allocat
Contains kernel development projects that add threading, scheduling, and memory protection to a simulated OS.
C - chyyuu/os_kernel_lab
chyyuu/os_kernel_lab
4,045在 GitHub 上查看这是一个教育框架和工具包，专为开发和测试操作系统内核而设计。它提供了一个结构化的环境，用于使用 Rust 和 C 实现基础系统原语，包括虚拟内存管理、抢占式进程调度和文件系统组织。该框架专门面向 RISC-V 和 x86 架构，作为学习如何从零开始构建核心系统软件的实验室。 该项目的独特之处在于同时支持裸机部署和硬件仿真，允许开发者在物理硬件或模拟环境中验证内核逻辑。它包含一个全面的构建工具链，可处理跨架构编译和固件初始化，确保内核能够跨不同目标平台正确引导和执行。 该系统涵盖了广泛的底层功能，包括将系统逻辑与特定处理器设计解耦的硬件抽象层，以及管理用户空间应用与内核服务之间边界的系统调用接口。它还结合了运行时日志记录和执行监控等可观测性功能，以协助在开发过程中分析系统行为。
Offers a collection of laboratory exercises for implementing core operating system primitives like process scheduling and memory management.
Rustkernellabos - nuta/operating-system-in-1000-lines
nuta/operating-system-in-1000-lines
3,258在 GitHub 上查看This project is an educational operating system kernel designed to demonstrate the fundamental architectural principles of memory paging and process management. It is implemented as a minimal kernel that serves as a practical reference for building a functioning system from the ground up. The implementation features a preemptive multitasking kernel that switches execution contexts between threads to share a single CPU. It includes an x86 virtual memory manager that uses paging to map virtual addresses to physical memory and isolate processes. The system covers low-level hardware interfacing
Serves as an educational project demonstrating the implementation of threading, scheduling, and memory protection.
C
