数字信号调制动态演示系统，包含AM,PM,FM等多种演示，运行界面操作简单。...

本程序是在单片机c51的基础上实现的数字钟和秒表的功能设计。此设计可是在时钟的基础上实现调表，也可以在时钟和秒表之间实现相互换，P2.0,P2.1,P2.2用于选择不同的数码管亮；P2.4用于调表，按下进入调表模式；p2.5使所调位加1； P2.6按键调表恢复数字计数或者秒表恢复数字钟；P2.7按键进入秒表状态。

ParlayX白皮书，中国电信的文档。用于parlayx的开发-ParlayX White Paper, China Telecom documents. For the development of parlayx

此程序完成MIMO各个自程序的功能，比如编码，信道仿真，信道估计，信噪比计算等，各子程序能够独立运行，具有很好的参考价值-This procedure since the completion of all procedures MIMO features, such as coding, channel simulation, channel estimation, signal to noise ratio calculation, the subroutine can be run independently, with a very good reference value

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自己总结的椭圆检测算法的比较。对每种算法都说出来了优劣来-Summing up their own elliptical detection algorithm comparison. Of each algorithm has advantages and disadvantages that come out to

在Max+plusΠ环境下用VHDL语言编写实现基于CPLD的CMI编译码器设计-In Max+ plusΠ environment using VHDL language CPLD-based design of CMI codecs

串口模块 适用于VB.Net VC++ C# 比VB6的串口控件好用-serial module applicable to the C# VB VC than VB6 Serial Control Easy

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扩频通信.第一本有关扩频系统的专著是R.C.Dixon于1976年出版，是一本IEEE专利，1977年出版。1978年在日本京都召开国际无线通信咨询委员会公布研究成果。1982年在美国召开第一次军事通信会议，两次报告在军事中的应用。1985年美国提出CDMA(码分多址)的概念同年美国联邦通信委员会(FCC)制定扩频通信的标准和规范，逐步转入民用的商业化研究-Spread Spectrum Communication. The first book on spread-spectrum systems is RCDixon monograph published in 1976, is an IEEE patent, published in 1977. In 1978 in Kyoto, Japan, an international wireless communications Advisory Committee published research results. 1982 in the United States held its first military communications conference, two reports in the military applications. The United States in 1985 proposed CDMA (Code Division Multiple Access) the concept of the same year the United States Federal Communications Commission (FCC) the development of spread spectrum communication standards and norms, and gradually transferred to the commercialization of civilian research

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