TMS320C6713 视频压缩算法源代码

使用PHILIPS ARM7 LPC2364制作U盘,简单易学.-PHILIPS ARM7 LPC2364 making use of U disk, easy to learn.

这是S3C44B0的BIOS或BOOT LOADER 程序中详细介绍了启动代码和FLASH 的读写 这很容易移植到其它ARM芯片-S3C44B0 This the BIOS or BOOT LOADER detailed procedures for the boot code reader and FLASH This can be easily ported to other ARM chips

学习ARM的一个必经之路就是其启动代码的编写。本文很好地介绍了ARM的一般启动流程并对一些代码进行了分析。如果结合具体代码学习，能够得到很好的提高。-The only way to learn an ARM is that the preparation of startup code. In this paper, a good general introduction of the ARM startup code and some flow is analyzed. If the light of the specific code to learn, to improve well.

STM32 开发板例子:SVC. 开发环境:Keil For ARM-STM32 development board example: SVC. Development Environment: Keil For ARM

在STM32的平台上调试OK320240的LCD，使用SED1335驱动。-Drive 320X240 lcd,used seg1335,in stm32 platform,

boot binaries for arm9

韦根26通讯协议转串口的协议，可以把韦根26的输入通过RS232串口传到电脑上面，方便调试，波特率19200与9600KBS-Wiegand 26 serial communication protocol to the agreement, can Wiegand input 26 transmitted through the RS232 serial port computer above to facilitate debugging, and 19200 baud rate 9600KBS

NXP原厂提供的代码经工厂验证更改后量产的代码 配合C51单片机 S50 mifare 卡 适合初学者研究学习 下面是部分RC522.C源码 附件还 更多源码  #include #include "lpcreg.h" #include "main.h" #include "mfrc522.h" #define MAXRLEN 18                               ///////////////////////////////////////////////////////////////////// //功    能：寻卡 //参数说明: req_code[IN]:寻卡方式 //                0x52 = 寻感应区内所有符合14443A标准的卡 //                0x26 = 寻未进入休眠状态的卡 //          pTagType[OUT]：卡片类型代码 //      

我在使用陈明计先生写的small RTOS和51单片机做过几个小项目，起初都很好，开发变的容易了，程序变的容易修改。后来随着任务个数的增多，RAM很快就不够用了。51系列的芯片内部RAM普遍都是256个,很难找出1024个字节RAM或更多，而价格又合适的。记得上一次我没有办法被迫使用了64K flash内部带768字节的XRAM的51芯片，而我根本用不到那么多flash。-I use Mr. Chen Mingji written small RTOS and 51 MCU done several small projects at first were very good to develop easy to change the program become easier to modify. Subsequently, the increase in the number of tasks, RAM is not fast enough. 51 series of chip RAM are generally 256, it is difficult to find 1024 bytes of RAM or more, while prices will be appropriate. I remember the last time I had no way forced to use a 64K flash with 768 bytes of internal XRAM of 51 chips, and I will never use that much flash.

三星SDRAM的verilog模型的完整源码-Verilog model of Samsung SDRAM complete source