This is a Samsung S3C2440 on LOADER of the C++ Procedures, including a complete...

ARM的相关学习资料,相当不错,-Learn information related to ARM, pretty good, huh, huh!!!

LPC213X下的 图形界面（嵌入式GUI)，运行在UC/COS系统下。-LPC213X under the graphical interface (Embedded GUI) running on UC/COS systems.

基于stm32的小车控制程序，使用的是ov7620摄像头。这是一个完整可以跑的智能车程序。通过设置好GPIO,NVIC,USART,TIMER等等stm32典型的外设去从ov7620获取赛道信息，然后通过模拟处理串口接收回来的数据整合出轨迹从而实现控制。

arm_s3c2410无操作系统的源码－－－写linux驱动的好资料-arm_s3c2410 no source operating system Linux-- was driven by good data

LPC2148 USB Audio Device Example This USB example project implements an USB Audio Device that connects via the USB interface to the PC. It may be used on the following devices: LPC2141 LPC2142 LPC2144 LPC2146 LPC2148 An USB Audio Device (HID) does not require any special USB driver, since the USB Audio support is already built into Windows 2000 and Windows XP. Therefore USB Audio devices can be directly connected to the computer. This example project is designed to work with Keil MCB2140 Evaluation Board. Refer to Running USBAudio for information on how to operate this example project.-LPC2148 USB Audio Device Example This USB example project implements an USB Audio Device that connects via the USB interface to the PC. It may be used on the following devices: LPC2141 LPC2142 LPC2144 LPC2146 LPC2148 An USB Audio Device (HID) does not require any special USB driver, since the USB Audio support is already built into Windows 2000 and Windows XP. Therefore USB Aud

AVR 模拟USB低速率通讯的例子,里面实际已经有应用于编程器-AVR emu USB low-speed communication example

三星ARM9嵌入式处理器的底层驱动大量的实例，可以直接使用-This compressed file is about the board support pocket of arm9 embeded processor .you can use it directly.

ARM开发板以及仿真器六层板成熟架构以及走线经验总结-ARM development boards and six boards simulator maturity structure and alignment experience

自己买的arms3c44b0开发板附带的demo程序，可直接在ADS上跑，可供朋友们借鉴-Arms3c44b0 bought their own development board attached demo program can be run directly in the ADS for friends learn from

μC/OS-II实验程序说明 软件版本：V1.0 日期：2005－05－25 多任务是指多个任务在操作系统的控制下同时运行，它的实现实际上是靠操作系统在 多个任务之间进行切换和调度。在多任务系统中，内核负责管理各个任务，即为每个任务 分配CPU时间，并且负责各任务之间的通讯。μC/OS-II操作系统最多可以支持64个任务。 每个任务的优先级不能相同，优先级数字越小，优先级越高。在μC/OS-II操作系统中， OSInit()创建了两个μC/OS-II的默认任务：一个是OS_TaskIdle，即CPU空闲任务，它拥有 最低的优先级，当有其他任务运行时此任务处于就绪态，没有其他任务时就是它在运行， 该任务是μC/OS-II必需的任务；另一个任务是OS_TaskStat，它每隔一段时间就做一些统-Arm adt IDE