Serial Communication 3800/3900

介绍了一种构建在定点DSP上的高速瑞利衰落信道仿真模型。通过应用确知性瑞利过程的理论，使得仅需要较少的低频正弦波分量以及简单的运算即可实现较高精度的信道建模；进而可采用查表法并结合TMS320C6202定点数字信号处理器的高并行性和处理能力构造高速的仿真模型-Construction of a fixed-point DSP in the high-speed Rayleigh fading channel simulation model. Through the application process unascertained Rayleigh theory, only need to make small low-frequency sine wave components and the simple operation can achieve higher accuracy Channel modeling; then use look-up table method and combination TMS320C6202 fixed-point digital signal processor parallel and can handle Construction of the high-speed simulation model

实现网络ip通信传输，调用phone.dll，完成语音的通讯功能-Ip communications for network transmission, call phone.dll, the completion of voice communication

GSM短信测试程序，可以给手机发送短信息。开发环境为Visual c++。-GSM message testing procedures, you can send text messages to mobile phones. Development Environment for Visual c++.

该文件夹为空时块码－卷积码级联系统的仿真程序，天线配置为2发2收。内附主要程序的用途说明.-folder to the space-time block codes-Convolutional Codes cascade system simulation program, antenna configuration for the two 2 admission. Containing the main proceedings Description.

MSComm 控件通过串行端口(serial port)传送和接收数据,为应用程序提供了串行通讯功能。而且在可视化编程盛行的今天，可以很方便的在Visual Basic(VB)、Visual C++(VC)、Delphi等语言及开发平台中应用。-MSComm controls (serial port) to transmit and the receive data through the serial port, has provided the serial communication function for the application procedure. Moreover today which is in vogue in the visible programming, may be very convenient in Visual Basic (VB), Visual C (VC), language and so on Delphi and develops in the platform to apply.

ofdm simulation using BPSK & its BER plot

OFDM book has the fundememntals of the OFDM theory , it is a good source for beginners-OFDM book has the fundememntals of the OFDM theory , it is a good source for beginners

WINDOWS 串口编程 调试程序 第二部分-WINDOWS serial programming the second part of the debugger

一个用c编的RS编码的程序，采用BERLEKAMP-MASSEY S 算法，输入m,以及信噪比，可得到生成多项式和误码率等。-with a series of RS coding procedures, using BERLEKAMP- MASSEY S algorithm input m, and the signal-to-noise ratio. available generating polynomial and the error rate.