Our own development of a OSEK operating system! Can not know?

ucos在avr上的移植代码，内核代码需要自己补齐-OUT avr in the transplant code, the kernel code itself needs filled

用HFSS仿真一个19G一分二功分器,S11，S21都良好(HFSS simulation of a 19G splitters, S11, S21 are good)

移植在鱼板上运行的ucos-transplant operation in the fish board ucos

完成在S3C2410处理器上移植μC/OS-II内核，然后实现以下多任务： a) 控制实验箱核心板上4盏LED灯轮流亮灭； b) 将LED1连接到ARM9-2410EP增强型实验箱扩展口的DA OUT端口，通过实验箱上的键盘（比如“↑”、“↓”键）控制LED1亮暗变化，同时在超级终端显示该控制值； c) 将LED2连接到扩展口的I/O输出口，通过超级终端按键控制LED2亮灭，即按一下PC的超级终端某个键（比如回车键）LED2灭，再按LED2亮，反复循环。 -Completed the processor S3C2410 transplant μC/OS-II kernel, and then multi-task to achieve the following: a) control experiment box core board 4 bright LED lights out rotation b) will LED1 connected to the ARM9-2410EP enhanced experimental me expansion of the mouth of DA OUT port, through the experimental box on your keyboard (such as

ucosII 在at91rm9200上的移植，代码环境IAR -ucosII in the AT91RM9200

详细讲述轻量级协议栈lwip在操作系统ucos-ii下的移植，开发板为自制的arm7开发板。-the tansplantation of lwip in the operation system of ucos-ii

flash down程序，将bootloader烧写入nor flash，详细源代码-flash down procedure will be written into the bootloader burned nor flash, detailed source code

基于 Luminary Micro 公司的 Cortex-M3 (ARM)内核使用之 uC/OS-II 作业系统,此例程是移植于 LM3S310 上的应用,于 Keil MDK 工程编译,而 uC/OS 版本为 2.83(Based on the Luminary Micro Cortex-M3 (ARM) core use uC/OS-II operating system, this routine is transplanted into the application of the LM3S310, Keil MDK works in the compiler, and uC/OS version 2.83)

飞利浦ARM7，LPC2210上，485、232通信在UC_OS操作系统中的实现代码，开发环境为ADS1.2-Philips ARM7, LPC2210, the 485,232 Communication UC_OS operating system in the realization of the code development environment for ADS1.2

ucosII在ARM7上的移植源代码，根据自己的要求修改一下即可-ARM7 on ucosII transplantation in the source code, in accordance with the requirements of their own to make some corrections