minix

Analysis and Design of a Network Card Driving Program in the Minix Operation System

Minix操作系统网卡驱动程序分析与设计

Evaluation and improvement on the performance of MINIX operating system

Minix操作系统性能的测评与改进

Design and Implementation of MINIX + 1.0 , an Experiment Environment of Operating System

MINIX＋1.0操作系统实验环境设计与实现

The first supported file system for Linux was the Minix file system .

第一个受Linux支持的文件系统是Minix文件系统。

Design and Implementation of New Minix System Calls

Minix新增系统调用的设计与实现

The Analyzing of Minix 2 . 0 Operating System

MINIX2.0操作系统剖析

MINIX comes with a slightly different approach to OS architecture

MINIX的操作系统架构稍有不同

Therefore , MINIX 3 memory management is more in line with the requirements of embedded systems .

从而使MINIX3的内存管理更符合嵌入式系统的要求。

Finally , the disk structure of MINIX ( a teaching version of UNIX system ) file system is introduced .

最后，本文还介绍了一个UNIX的教学版本MINIX的文件系统的磁盘结构，以供参考。

Process Checkpoint Implementation Based on Minix

Minix进程检查点机制的实现

Based on the studies , the paper introduces the repotting the MiniX system on the uCLinux embedded environment .

并在此基础上介绍了MiniX移植到uCLinux嵌入式环境的工作。

Linux supports a wide range of file systems , from the old file systems such as MINIX , MS-DOS , and ext2 .

Linux支持许多种文件系统，包括MINIX、MS-DOS和ext2等老式文件系统。

In1991 , Torvalds began to work on a non-commercial replacement for MINIX while he was attending the University of Helsinki .

1991年，托瓦尔兹开始工作的非商业替代MINIX虽然他参加了赫尔辛基大学。

As the origin of LINUX OS , based on its small size and more modular design MINIX OS having the kernel functions of LINUX OS is a good alternative of researching LINUX OS .

作为LINUX操作系统的前身，具备了LINUX操作系统核心功能的MINIX操作系统凭借其小巧和高度模块化成为LINUX操作系统研究的基础。

The latest generation of boot loaders , such as GRUB , permits Linux to boot from a range of file systems ( from Minix to Reiser ) .

最新一代的引导加载程序，例如GRUB，允许Linux从一些文件系统（从Minix到Reise）上进行引导。

The thesis is mainly concerns about : ( 1 ) Deep analysis of MINIX , especially in deal with interrupt , task schedule , task exchange details , reveal the kernel principle of multi-task operating system .

MINIX工作原理的深入分析，特别是中断处理流程，任务调度方法，任务切换的具体细节，揭示了多任务操作系统的核心原理。

Taking the microkernel operating system Minix as an example , this paper explains the message mechanism of modern microkernel operating system , analyzes its design concept and implementation , and point outs its importance in the operating system .

以基于微内核设计并实现的Minix操作系统为例，针对基于微内核设计的现代操作系统中所特有的消息机制，分析其设计原理与实现方法，指出其在系统中的重要性。

Next thorough analyzed MINIX 3 operating system on kernel structure and kernel constitute parts , then reorganized the kernel tree and listed the kernel interfaces that must be rewrite for porting the MINIX 3 kernel .

而后深入分析了MINIX3操作系统的内核结构及组成部分，重组了内核目录树，列出了移植MINIX3内核需要重新编写的内核接口。