ucosii小实验任务五 时钟中断，可以帮助学习嵌入式操作系统

ucos_ii 在microblaze平台上的移植-ucos_ii mainly due to the platform migration

工作中正在用的, uCOS 的移植,本来有8个文件，我合并成4个-work is being used, for uCOS transplant had an eight papers, I merged into four, and

此为整套uC/FS程序，内含示例工程，运行绝对无错误、无警告，更关键的是内含详尽的英文使用手册。(wonderful～)

买的430开发板的程序 uCOS-II与触控GUI(Buy 430 development board procedures uCOS-II and touch GUI)

基于ADS1.2环境编写的UC/OS-II的移植源代码 (Based on the environment ADS1.2 prepared UC/OS-II source code of the transplanted)

基于STM32的频谱分析仪，包括FFT和小波变换，使用UCOS操作系统，带触控界面( U57FA u4E8ESTM32 u7984 u9891 u8C31 u5206 u6790 u4EEA uFF0C u5305 u62ECFFT u548C u5C0F u6Cc0 u53D8 u6362 uFF0C u4F7F u7528UCUS u64CD u4F5C u7CFB u7EDF uFF0C u5E26 U89E6 u63A7 u754C u9762)

uCOS-II下的timer使用实例， TMR.C TMR.H-uCOS-II under the timer to use examples, TMR.CTMR.H

说明：  嵌入式操作系统UC/OS _II在atmel128单片机上的移植。(UC/OS _II atmel128 MCU in the transplant.)

在keil上移植uc/osII的例子-Keil on the transplant uc/osII example

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.