SJF算法，最短优先算法，大家还是看看吧，同样帮修改一下阿，谢谢啦...

只要自己做编,对操作系统就有深刻的了解,讲的是进程间的操作-To do as long as their provision of operating systems have a profound understanding of the process of talking about inter-operation

资源描述可对电脑上的文件进行监控，监控到自已想要的后，可进行相应的操作，类似杀毒软件的一个东东，源码

线程同步机制。 互斥器的功能和临界区域很相似。区别是：Mutex所花费的时间比Critical Section多的多，但是Mutex是核心对象(Event、Semaphore也是)，可以跨进程使用，而且等待一个被锁住的Mutex可以设定TIMEOUT，不会像Critical Section那样无法得知临界区域的情况，而一直死等。-Thread synchronization mechanism. Mutex" s function and the critical region is very similar. The difference is: Mutex spent more time than the multi-Critical Section, but the Mutex is the core object (Event, Semaphore is), you can cross-process use, and has been locked waiting for a Mutex can be set to TIMEOUT, not as Critical Section did not know the critical situation in the region, for so long and so die.

uCos_II到ARM7的移植，内附详细的PDF说明文档及完整的源代码。-uCos_II ARM7 to the transplant, the PDF containing detailed documentation, and complete source code.

HDLC调试源码，在ARM7上测试通过（不带操作系统的）。-HDLC debug source code, in the ARM7 on the test (without operating system).

一个注册表监控封装类，当监控的注册表键值发生变化，会触发回调事件检索，是一个学习注册表操作非常好的参考。

ucosII的33个经典例题，均调试通过的，学习ucosII的捷径，强烈推荐！因文件太多，分成了5个上载，请大家谅解！-ucosII of 33 classic examples, both through debugging and learning ucosII shortcut, strongly recommended! Because too many documents, divided into five available, please understanding!

UCOS在我的MIPS CPU上的移植 1. 这是UCOS在我的MIPS CPU上的移植代码, 编译工具使用标准的MIPS GCC. 2. 所有CPU相关的代码全在start.S中,相关函数说明如下: -UCOS in my MIPS CPU on one transplant. This is uCOS MIPS CPU in my code the transplant, the compiler uses the standard tools for MIPS GCC.2. All CPU-related code-wide in start.S, the correlation function as follows :

c/c++虚拟机linux版本-c/c Linux version of Virtual Machine

页面置换算法源程序-pages replacement algorithm source code