5位LED显示驱动芯片14498的显示驱动

资源描述仿真是无线传感器网络研究的关键。然而，无线传感器网络的性质，使其在意外复杂的任务。节点的数量极其庞大，对于环境的需要 ；模型，以及模型的跨层的倚赖关系是一些对这种复杂性的原因。许多现有的模拟工具不能正确处理这些问题。在这个例子中我们在OMNET++ 4.6无线传感器网络部署及仿真源代码。

进过一个月调试，终于调试稳定，网上很多朋友都在找这个，现在贡献出来给大家，希望对你有所帮助。该项目已经商用，如果你在使用过程中发现有任何问题，请及时联系我

msp430应用系统开发典型实例 第4章程序代码-MSP430 Application Development Chapter 4 typical examples of program code

QRCODE二维码作者开源的生成及解析的源码，可以移植到单片机上，纯C编写，库的接口使用起来非常方便，说明也很详细。

sunsang的 s3c44b0的中文手册（请多 指教）

说明： 1. DL1MS: 延时1ms 子程序, DL01MS : 延时0.1ms 子程序 2. MOV R0,#80H 红外接收的数据的地址 80H~8DH 3. SHOW_RFCODE 在LCD上显示红外接收的数据(演示用） 4. 在中断中建立红外接收数据标记，在主程序中调用RF_JS-Note: 1. DL1MS: Subroutine 1ms delay, DL01MS: Subroutine 0.1ms latency 2. MOV R0,# 80H infrared receiver data address 80H ~ 8DH3. SHOW_RFCODE in LCD display infrared receiver of the data ( demonstration using) 4. in the interruption of infrared receiver to create a data marker, in the main program call RF_JS

本文介绍了红外多路遥控系统。红外多路遥控系统可实现16路的红外开关控制。以码分制多通道红外遥控为设计的基本思路。通过键盘及代码生成电路、编码、脉冲调制振荡和红外发射构成红外发射电路。通过红外接收，解码以及由单片机控制的医码控制电路组成红外接收电路。-The passage has introduced the nfrared multichannel system of remote control. The infrared multichannel system of remote control can realize the infrared switch control of 16 roads. With yard divide into system the basic train of thought with much passageway infrared remote control of design. Through keyboard and code generation circuit, coding and pulse modulation vibration with infrared project to form infrared project circuit. Pass infrared take over , decode as well as the medical yard control circuit composition that controled by single flat machine are infrared to take over circuit.

rs纠错编码－译码部分-rs-correction coding- decoding part

nucleus实时嵌入式操作系统的内核源代码。-nucleus RTOS source code

通过对计算机的组织与结构的分析，综合运用所学计算机原理知识，设计并实现较为完整的计算机，即模型机。它可以完成一般计算机的最基础功能，具备16条基本指令，以及4种寻址方式等。并且，计算机数据通路的控制将由微程序控制器来完成，CPU从内存中取出一条机器指令到指令执行结束的一个指令周期全部由微指令组成的序列来完成，即一条机器指令对应一个微程序。设计过程包括四个部分：㈠模型机硬件组成分析；㈡指令系统设计；㈢微程序设计；㈣上机实现，示范程序。- Through to the computer organization and the structure analysis, the synthesis utilization studies the computer principle knowledge, designs and realizes a more complete computer, namely molding machine. It may complete the common computer the most foundation function, has 16 elementary instructions, as well as 4 addressing ways and so on. And, the computer data path control will complete by the microprogram controller, CPU will take out a machine instruction from the memory a instruction cycle which finished to the instruction execution completely the sequence which will be composed by the microcode to complete, namely a machine instruction will correspond a microprogram. Design process including four parts: (1) Molding machine hardware composition analysis;