TCPIP Stack in ucos embedded operating systems design and implementation

先进先出优先算法可以解决一些常见问题并为其源程序-FIFO arithmetic,it can solve some common question.It have source code.

1)  超级可以移植性，与CPU无关，几乎任何支持C语言编程的CPU都可以用！（本文仅仅以51单片机为例而已，但实际上可以任意移植） 2)  小之又小， 原理很简单，一看就懂。 3)  省之又省， 可以说对RAM和ROM省到极致。 4)  取protothread之精华，将定时器与状态机和伪线程语法融合到一个框架，任务函数可以有两种写法。 5)  基于定时器触发，调度效率高，最大化减少无效的代码运行时间。

一个在44b0上移植成功的ucgui，支持中文，还有一些demod程序，希望对大家有用-44b0 on a successful transplant ucgui, support the Chinese, there are still some demod procedures useful for everyone

汇编语言的简单的输入字母的大小写转换的小汇编语言程序-assembly language simple alphabetical input conversion of the case is a small compilation of language program

实模式操作系统的设计与实现-Real-mode operating system design and implementation. . . . . . . . . . . . . . . . . . .

C++编写的内存管理源代码，适合定制自己内存池的程序员参考。-C++ Prepared memory management source code, customize their own memory pool for the programmer

作业调度三种算法FCFS，SJF，HRN -Job Scheduling Algorithm FCFS, SJF, 010-001

QNX 操作系统下 Freescale MPC8641DHPCN 开发板的板级支持包-QNX operating system Freescale MPC8641DHPCN development board of the Board Support Package

哈夫曼编码的实现，用C++编写的。操作系统课设时做的，可以正确的运行-Huffman encoding implementation, using C++ prepared. When the operating system to do for the class, you can run the right

操作系统原理实验――进程调度实验报告 实验内容或题目: 1）设计有5个进程并发执行的模拟调度程序，每个程序由一个PCB表示。 2）模拟调度程序可任选两种调度算法之一实现（有能力的同学可同时实现两个调度算法）。 3）程序执行中应能在屏幕上显示出各进程的状态变化，以便于观察调度的整个过程。 4）本次实验内容（项目）的详细说明以及要求请参见实验指导书。 -Operating principle experiment- the process of scheduling the content or subject experiment on the experiment: 1) design process, concurrent implementation of the five simulation scheduler, each program consists of a PCB, said. 2) The simulation scheduler can be optional, one of two kinds of scheduling algorithm to achieve (with the ability of students can simultaneously achieve the two scheduling algorithms). 3) program implementation should be able to screen out the process of change of state in order to observe the entire process of scheduling. 4) The content of this experiment (project) and to require a detailed explanation, see the experimental instructions.