51移植ucos，绝对经典！工作量少发展…

综合实验源代码－计算器-comprehensive experiment source code-Calculator

UCGUI实际的性能由许多因素决定, 如处理器/编译器/内存模 式/优化程度/配置/LCD 控制器连接方式等. UCGUI 在典型目标系统上的 性能测试参数和资源占用的分析报告, 通过报告你也可以获知在其它大部分目标系统上 情况(UCGUI actual performance is determined by many factors, such as the processor/compiler/memory mode/optimize the degree/configuration/LCD controller connection. UCGUI typical target system performance test parameters and resource consumption analysis report by report You can also be informed of the situation in most of the other on the target system)

UCOS 在ARM S3C 2410上的移植(ARM S3C 2410 in UCOS the transplant)

DM9000 ARM的UCOS-II 驱动程序。-DM9000 ARM UCOS-II driver.

ucosii移植到stm32的例程 使用iar工具开发(ucosii stm32 iar)

基于三星４４Ｂ０芯片的移植操作系统，供参考学习-44B0-based Samsung chip transplant system for reference learning

LPC2114基于UCOSII的SPI驱动使用的例子。通过硬件SPI接口控制LED数码管显示数,中间件代码(LPC2114 SPI UCOSII the drive using examples. Hardware SPI interface to control the number of LED digital tube display, middleware code)

ucos2.76 for LPC2129

从Keil C51 的内存空间管理方式入手,着重讨论实时操作系统在任务调度时的重入问题,分析一些解决 重入的基本方式与方法:分析实时操作系统任务调度的占先性,提出非占先的任务调度是能更适合于 Keil C51 的一种调度方式。为此,构造这一实时操作系统,并有针对性地介绍此系统的堆管理方法、任务 的建立以及任务的切换等。-from Keil C51 memory space management mode. focused on real-time operating system in the task of re-scheduling into problems, the analysis of some important means to solve the basic ways and means : Analysis of real-time task scheduling the operating system take precedence, The proposed non-preemptive task scheduling can be more suited to a Keil C51 scheduling approach. To this end, the structure of the real-time operating systems, and targeted presentation of the heap management methods, and the establishment of task switching, and other tasks.

ucos中文翻译，很详细，欢迎下载共同学习(UCOS Chinese translation, very detailed, welcome to download and learn together)