This article describes a CPLD [1] as the core, VHDL [2] for the development of t...

一个简易的JTAG调试小板的设计原理图，可以用于ARM9和ARM7-a simple JTAG Debugging small plate design diagram, which can be used ARM9 and ARM7. .

能够对疾病做出诊断的c语言程序，如"咳嗽","流鼻涕","怕冷","打喷嚏","痰多","体温高","血象偏高","泛酸","呕吐","上腹隐痛","食欲不振"等。-able to make a diagnosis of the disease c language program, such as the "cough", "snivelling", "afraid of the cold". "sneezing", "sputum", "high temperature" and "high blood" and "pantothenic acid," "vomiting", "upper secret anguish," "loss of appetite."

基于视觉的疲劳驾驶监测关键技术研究 非常好的设计资料 -Vision-based driver fatigue monitoring of critical technology research design very good information

Please read your package and describe it at least 40 bytes in English.

wince下Windows+CE+SM501+STN的设计过程，很有用的，欢迎大家下载-wince under Windows+ CE+ SM501+ STN of the design process, useful, and welcome to download

A MATLAB-based implementation of an OFDM modem has been developed for use over an acoustic channel, modem. With full lists of coding. -A MATLAB-based implementation of an OFDM modem has been developed for use over an acoustic channel, modem.With full lists of coding.

立体图像校准的matlab程序算法讲解。可以直接下载源码-A compact algorithm for rectification of stereo pairs

本课题的目的就是研制适用于工业现场控制的嵌入式工业控制器，这对于提 高工业现场控制的实时性具有重要意义。本课题以嵌入式系统设计原理和工业控 制实际应用为核心，从理论上和技术方法上开展了一系列研究。主要工作有: 1全面系统地概述了嵌入式系统的发展过程和分类，及其在各个领域 内的应用，以及嵌入式系统的发展方向 2基于嵌入式系统设计原理的嵌入式工业控制器的设计的总体方案， 从硬件和软件两个方面讲述了嵌入式工业控制器的设计思想和方 法，及其可行性的论证 3嵌入式工业控制器硬件平台的设计与调试，着重叙述了硬件平台的 整体设计方案，包括各个设计模块的选型与接口电路的设计 4嵌入式工业控制器所采用的操作系统的移植与调试，详细讲叙了 u C/OS-II实时操作系统在基于AT9I M40800的嵌入式工业控制器 硬件平台上的移植过程及注意事项 5在后继的工作中，我们还要在实时嵌入式操作系统的基础上完成对 操作系统的扩展以及对各个模块的驱动。

Relay driving basics you can use it as a good reference

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.