实时内核UC/OS II 在Cortex

说明：  嵌入式实时操作系统μCOS-Ⅱ经典实例——基于STM32处理器-光盘资料(The classic example of embedded real-time operating system μCOS-Ⅱ- based on the the STM32 processor- CD-ROM)

windows vc ucos

51单片机上跑uCOS-II操作系统 1.在新建工程的时候Source Group 1 要选择SRC。 2.浮点库C51BFPC.LIB要加入。 3.一定要选择大模式。-51 MCU run on uCOS-II operating system 1. In new construction when the Source Group 1 to select SRC. 2. C51BFPC.LIB floating-point libraries to join. 3. Be sure to select large models.

在51单片机上移植成功的UCOS-II操作系统源代码,包括源代码及相关注释-51 SCM in the success of the transplant UCOS-II operating system source code, including source code and related Notes

最新的ucos28完整的源代码完美完整版-latest ucos28 integrity of the source code version of a perfect integrity

uCosII v2.84移植51单片机STC12可用程序,可仿真，可实板实验。

说明：  ucos ii 移植到51上；仅供学习；无实际应用价值。(ucos ii run on mcs51;no value ;just for study.)

uCosii的任务切换源代码，包括任务调度，任务挂起 任务唤醒 任务删除 简单易理解(uCosii task switching source code, including task scheduling, task assignment delete pending tasks simple and easy to understand wake << embedded operating system μC OS-II Principles and Applications >> REN Zhe uCosii the best learning books depth profiling uCOsii system mechanism aspects of both source code examples. Embedded reading books)

提出了一种基于UCOS和UCGUI的数字存储示波器的软件时序逻辑状态机实现技术，硬件上采用FPGA+ARM的 结构，充分利用FPGA在逻辑控制、高速信号采集方面的优势，以及ARM核心在LCD波形刷新、人机接口以及通信协议处 理的灵活性，在提高系统整体性能和可靠性的同时简化了系统的软件和硬件结构。(UCOS proposed based digital storage oscilloscope and UCGUI software sequential logic state machine technology, the use of FPGA+ ARM hardware Structure, full use of the advantages of FPGA logic control, high-speed signal acquisition aspects, as well as ARM core in the LCD waveform refresh at the man-machine interface and communication protocols Reasonable flexibility in improving overall system performance and reliability while simplifying the software and hardware architecture of the system.)

at91sam7x的最新版Ucos-II内核源码.-Ucos-II for at91sam7x