UCOSII四小实验任务的消息队列可以帮助嵌入式操作系统。

for ARM LPC2114 convert adc data and display data on LPC-for ARM LPC2114 convert adc data and display data on LPC....

ucos在8051单片机的移植 ，配合stc的st89c51,经测试可以运行(ucos transplant in 8051, with the stc' s st89c51, has been tested and can run)

深圳英蓓特EV40开发板的随机源码，当时花了我一共３５００大元啊！-Shenzhen British Beite EV40 development boards random source code, I spent a total 3,500 Yuan ah!

使用UC/OS II实现系统省电模式，通过软件实现，非常精妙。(use UC/OS II system to achieve energy saving mode, through software, very carefully.)

AVR+uCOS-II的移植 里面有汉语注释(AVR+ uCOS-II Notes transplant there are Chinese)

ucos在blackfin533上的移植。用ADI的visual dsp++ 编译。如果编译不能通过，请将*.ldf删除，让系统自动生成ldf文件。-CENTER blackfin533 in the transplant. Using ADI"s visual DSP compiler. If you compile passed, I would be grateful if*. ldf deleted, so that the system automatically generate ldf document.

1、ucoss 移植 2、移植文件讲解 3、ucoss任务管理 4、任务相关API使用 5、中断和时间答完题 6、软件定时器 7、信号量和互斥信号量 8、消息传递 9、事件标志组

ucos51单片机经典实例程序ucos51 classic instance of the SCM process(ucos51 classic example of SCM procedures ucos51 classic instance of the SCM process)

Sanos Operating System Kernel ----------------------------- Sanos is an OS kernel for use in PC based server appliances. The kernel was developed as part of an experiment on investigating the feasibility of running java server applications without a traditional operating system only using a simple kernel.-Sanos Operating System Kernel----------------------------- Sanos is an OS kernel for use in PC based server appliances. The kernel was developed as part of an experiment on investigating the feasibility of running java server applications without a traditional operating system only using a simple kernel.

我 Porting 的 uC/OS-II V2.84 (目前Micrium)最新版之 Keil C51 工程,专供给 8051 上做任务调度,我已将 Code Size 改小至 4000 Byte,对于 X-Ram 的用量也仅 160 Byte(于 Keil C51 V8.08a 下编译后).我在 Main.c 内创建了两个任务调度的 LED 闪烁程序,方便了解任务是如何被创建的,同时我也在 Keil C51 的 Project 内设好了 Simulator 模式及 Port 1 窗视可即时的观测这两个任务调度情况.-I Porting the uC/OS-II V2.84 (currently Micrium) the latest version of the Keil C51 works exclusively on the supply of 8051 to do mission scheduling, I have Code Size改小to 4000 Byte, the usage of X-Ram is only 160 Byte (in Keil C51 V8.08a compiled). I main.c create two task scheduling of the LED flashing procedures to facilitate the understanding of how the mission was founded at the same time I Keil C51 is also equipped with the Project Good the Simulator Mode and Port 1 window, as can be observed real-time task scheduling of these two cases.