单片交通灯课程设计，吃程序好``` 好得不得了```好得了不得...

定时计数器主要需要8253来进行定时计数功能的实现-Timing the key needs of counter 8253 to count function from time to time to achieve

IIC规范中文协议,内容比较全,比较新,为你的系统设计提供参考-IIC standardize Chinese agreement, the entire contents of comparison, the relatively new system design for your reference

提出了采用Java语言设计的即时通信系统的设计问题，以更好地满足人们的在线聊天和完全实现两台计算机之间点对点的信息交换需求。当前的网络是快速发展的结果。本文共分为七个部分。第一部分简单分析了即时通讯系统开发的可行性，并重点对技术可行性（选用Java）做了详细的分析；第二部分利用数据流图和数据字典对系统的功能和性能进行了详细的需求分析，建立了系统的逻辑结构；用第三部分的结构方案和层次化的输入输出处理方案来实现

基于LabVIEW的单片机串行通信控制接口设计，接口设计，详细说明

新型电脑横机系统的设计与开发的一篇pdf文档-New computer flat knitting machine system design and development of a pdf document

介绍uC/OS-II 在SkyEye上的移植分析.uC/OS-II 作为一个优秀的实时操作系统已经被移植到各种体系结构的微处理器上，也是目前较为常用的公开源码的实时内核。从这里入手学习嵌入式系统开发的基本概念，以及在 SkyEye 里构造一个可以运行的RTOS，能够使我们更深入地了解嵌入式开发的流程，在没有硬件的条件下也能对ARM的体系结构有个初步的认识。-on Phone/OS-II in the transplant SkyEye analysis .uC/OS-II as a excellent real-time operating system has been transplanted to various Architecture microprocessor, It is at present more commonly used open-source real-time kernel. From here start learning embedded system development of the basic concepts SkyEye Lane and the construction of an RTOS can run, enable us to a deeper understanding of embedded development processes, In the absence of hardware conditions can also ARM Architecture is a preliminary understanding.

智能吊车设计 源码 智能吊车设计 源码智能吊车设计 源码-zhenengdiaoche

射频识别芯片在汽车智能防盗报警装置中的应用,较之普通的磁卡和ＩＣ 卡，ＲＦＩＤ技术具有使用方便、数据交换速度快、便于维护和使用寿命长等优点。特别是它解决了无源（卡中无电源）和免接触这两大难题。-Radio frequency identification chip in the smart car anti-theft alarm device, compared with ordinary magnetic cards and IC cards, RFID technology has the ease of use, data exchange speed, ease of maintenance and long life etc.. In particular, it has resolved a passive (no power supply card) and free access to these two problems.

w3c搞的wap标准资料推荐，非常好的参考资料-w3c engage in the recommended standard data wap

AVS帧内预测算法及其解码器的硬件实现 文章介绍了AVS帧内预测解码模块的硬件实现，概述了AVS视频编解码标准的帧内预测技术，重点讨论了 AVS帧内预测各模式的算法．并将AVS的帧内预测技术与H、264的帧内预测技术进行了性能比较，分析了AVS帧内预 测的算法复杂度．在此基础上设计了AVS帧内预测解码模块的硬件实现，并提出了一种可重构的帧内预测计算单元的 实现方法。-AVS intra-prediction algorithm and its hardware decoder realize the article introduction AVS decoding intra prediction module hardware implementation, outlines the AVS video codec standards for intra-prediction technology, focused on the AVS intra mode prediction algorithms. AVS and the intra-prediction technology and H, 264 of the intra-prediction technology for performance comparison, analysis of the AVS intra-prediction algorithm complexity. On this basis the design of the AVS intra prediction hardware decoder module and a reconfigurable intra prediction method of calculating the unit realize.