关于手持机的LCD显示模块的设计LCD的显示固定为每行16个字符，...

实例仿真原理图和结果，产生方波信号的整个过程-Schematic and simulation results, square-wave signals generated throughout the process

将NiosII程序下载到Flash的方法-NiosII procedures will be downloaded to the Flash way

MSP430F449与ATT7022开发的一款三相表demo，完善中，其中的几个程序模块，仅供参考。-MSP430F449 with the ATT7022 the development of a three-phase table demo, perfect, where several program modules for reference purposes only.

可实现一个跟随鼠标转的眼睛的有趣vb程序-Can realize a transfer of the eyes follow the mouse interesting vb program

用C语言实现的16位MCU设计，可以实现程序调用等多种功能，内部提供了已经编写好的排序指令集，大概有30条指令，软件也给出了操作的说明，简单易用

一个12路串口+3路Socket口的数据收发程序 嵌入式ucLinux操作系统下调试通过，可以作为程序开发者一个很好的借鉴，掌握通信协议基本原理-a Route 12 road Socket three serial data transceiver mouth procedures ucLinux embedded operating system debugging, as developers a good draw and master the basic tenets of Communication Protocol

NXP LP23**系列芯片GPIO按键输入驱动源码示例程序，可以发展成GPIO驱动-NXP LP23** series chips GPIO buttons input driver source sample procedures can be developed into a GPIO driver

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

本文从理论上推导出CRC 算法实现原理，给出三种分别适应不同计算机或微控制器硬件环境的C 语言程序。读者更能根据本算法原理，用不同的语言编写出独特风格更加实用的CRC 计算程序。-is theoretically derived from the CRC algorithm theory, Adaptation were given three different computer or micro-controller hardware environment of the C Programming Language. According to the better the algorithm is used to a different language unique style more practical calculation of the CRC process.

其中包括ＣＡＮ节点初始化程序，发送和接收程序-including CAN node initialization procedure, the sending and receiving procedures