生成多项式的最高位必须是1。例如：CRC

此程序是为51开发的数控电源所写，精度较高，扩展性好-This procedure is developed for the 51 written by NC power, higher accuracy, better scalability

资源描述 /*************************************************************************** * 文件名：24c02 * 功  能：利用IIC总线对eeprom 24c02，进行读写 * 作  者：TXMCU * 日  期： * 备  注： //软件思路：当按键KEY0按下时，把6个连续的数据写入到6个连续的单元内, //写完成后数码管显示单个0，做为完成标志位,当按键KEY1按下后, //读取EEPROM连续六个单元,读取结果送6位数码管显示 //           //开发板连接方法：将JP10 JP11 JP12 JP13这4个跳线帽分别接到24C02位置 // 把JP8的的跳线帽跳到DPY位置上，JP14选择在IO口位置上 ****************************************************************************/ #include __CONFIG(0x1832); //芯片配置字，看门狗关，上电延时开，掉电检测关，低压编程关，加密，4M晶体HS振荡 #define address  0xa #define nop() asm("asm") //定义待写入的数据 const char ee_data_write[] = {0, 4, 2, 3, 3, 1}; //定义读取数据存放的缓冲区 unsigned char ee_date[6]; //定义0-9的显示代码

一本不错的数字图像处理书（冈萨雷斯中文版）总共有三个压缩文件需要放在一起解压缩-A good digital image processing book (Gonzalez Chinese version) a total of three files need to be extracted with

摄像头抓屏程序 在linux下运行 需要v4l.h v4l.c-use webcam to capture pics in linux

File copy notify for symbian examples

一个我在编写红外线检测程序时用过的程序-me in the preparation of an infrared detection procedures used procedures

资源描述基于EP1C3T144，DIY 逻辑分析仪。精度定位在100MHz。4 路的信号捕获输入通道。

这是一个可以将OPENcv移植到DSP上的库函数包括CV库等等，比如可以将这个库运用到CCS5.1上，自动生成库LIB也就是EMCV库，这样就可以直接在DSP上直接使用OPENCV函数了，非常方便使用~当然这个库要自己在CCS平台上进行编译

一个红外线遥控接收装置的图纸,协议和说明,以及具体所使用的芯片和编程资料,自己先顶1下~-an infrared remote control devices to receive the drawings, agreements and notes and the specific use chips and programming information, their first under one roof ~

Part III Figure 2a shows a circuit for a full adder, which has the inputs a, b, and ci, and produces the outputs s and co. Parts b and c of the figure show a circuit symbol and truth table for the full adder, which produces the two-bit binary sum cos = a + b + ci. Figure 2d shows how four instances of this full adder entity can be used to design a circuit that adds two four-bit numbers. This type of circuit is usually called a ripple-carry adder, because of the way that the carry signals are passed from one full adder to the next. Write VHDL code that implements this circuit, as described below. 2