操作系统的存储管理

C#编写的超小的操作系统,有兴趣的可以下载研究一下,-prepared by the ultra-small operating system, are interested in the study can be downloaded,

本书介绍了三层体系结构的基本概念及它的构造等。对于初学者很有帮助-the book introduced the three-tier structure of the system and its basic concepts such as the structure. Helpful for beginners

Stanford iPhone课程配套源码，介绍people picker的用法。-source code of Stanford iPhone course, demo of how to use People picker

带模块显示进程管理，对于学习操作系统编程的开发人员有帮助-Band module show that the process of management, programming operating system for the study will help developers

应用于arm、avr、h8平台的非抢占式操作系统，简单好用，也可以很方便的移植到其他平台-Applied to arm, avr, h8 platform of non-preemptive operating system, easy-to-use, it can be easily ported to other platforms of

program for changing endianness of firmware dumps

操作系统引导程序-operating system boot

操作系统试验！通过这个试验，你可以更加详细的了解的一些操作系统方面的知识！-Test operating system! Through this test, you can a more detailed understanding of some of the operating system of knowledge!

存储管理请求分页置换算法 用到的先进先出FIFO、最近最久未使用LRU、最佳OPT置换算法。熟悉文件的基本操作（读、写）。-Replacement algorithm for storage management, demand paging used FIFO FIFO, the most recent long-lost the use of LRU, the best OPT replacement algorithm. Are familiar with the basic file operations (read, write).

设备管理主要包括设备的分配和回收、同时实现设备独立性。假定模拟系统中有A（3台）、B（2台）、C三种设备，采用安全分配方式。-Device Manager includes equipment distribution and recovery, while achieving device independence. Simulation system assumes that there are A (3 units), B (2 units), C three kinds of equipment, the introduction of safety distribution.