数据采集基于DSP和FPGA的高精度数据采集卡设计

microsoft crm3.0 实施指南 本指南是为负责 Microsoft CRM 实施的团队编写的，提供了实施中每个阶段所需的信息和 工具。在小规模的组织中，一个人可能会承担几个角色。但在较大的组织中，可能每个角色由几个人来分担。-microsoft crm3.0 Implementation Guide This guide is responsible for the implementation of Microsoft CRM team prepared to provide at each stage of the implementation of the necessary information and tools. In small-scale organizations, a person may assume several roles. However, in larger organizations, each role may be shared by several people.

这是一篇关于网络芯片选型的文章，对大家有较高的参考价值-This is an article on the network chip selection article, the U.S. has a high reference value

Camera interfacing for Robotics

有关DSP芯片告诉数据采集和信号处理方面的DSP芯片开发，很不错的DSP方面的参考资料-told the DSP data acquisition and signal processing DSP chip development, quite the DSP reference

Ward wireless call system，无线病房呼叫系统设计-Ward wireless call system, wireless system design wards Call

Multipath Channel Models forWireless Local and Metropolitan Area Networks-Multipath Channel Models forWireless Loc al and Metropolitan Area Networks

SP200S的的51烧录器资料和程序，还有原理图-51 of SP200S burner information and procedures, as well as schematic

对复杂混合气体/气味的定性识别是电子鼻技术应用的重要方面。文章以对不同品牌的葡萄酒样本的定性 识别为例,尝试利用气体传感器温度动态响应信息并结合Kohonen算法,实现对复杂混合气体/气味的定性识别。 -Complex hybrid gas/odor of the qualitative identification of electronic nose is an important aspect of technology applications. Articles on different brands of wine samples, qualitative identification as an example, try to use the dynamic response of gas sensor temperature information in combination with Kohonen algorithm, the realization of complex hybrid gas/odor qualitative identification.

CAN RTL级设计,详细介绍了符合CAN协议的芯片级设计。-Design of CAN RTL level

基于Windows CE的嵌入式开发研究 Research of Embedded Development Based on Windows CE 【摘要】 近年来基于嵌入式系统的数字化产品在全球范围内得到了突飞猛进的发展，嵌入式技术已成为一个研究热点和消费热点。而Windows CE由于它的多任务、实时性、模块化、强大的通信能力等特点，在嵌入式系统的诸多领域都有了广泛的应用。本文首先探讨了嵌入式系统的特点，分类，前景，然后对各种嵌入式操作系统和Windows CE的特点及开发工具进行分析比较，接着介绍一个我们在Microsoft Windows CE 5.0环境下基于eBoxII开发的智能家居安防保全系统eDog。eDog 可以通过摄像头将采集到的实时视频图像进行运动检测，当发现有运动产生时，通过拨打电话等多种方式自动向用户发出警报，同时将实时捕获的图像上传到ftp 服务器。文章的最后详细阐述了eDog的图像采集模块，运动图像检测模块，图像压缩模块，FTP上传模块的实现过程，并对我们所提出的运动检测算法，视频捕捉算法等做了详细的说明。