一个简单演示实现IP Phone的示例,使用了免费的ACM组件

一种基于FPGA 实现的全并行结构FFT 设计方法，采用全并行加流水结构, 可在一个时钟节拍内完成32 点FFT 运算的功能, 设计最高运算速度可达11ns-FPGA-based parallel architecture to achieve the full FFT design methodology, the use of the entire parallel increase in water structure, in a beat the clock to complete 32-point FFT computation function, the design maximum speed of up to 11ns

一个SMS 的短信平台的原代码，需要JAVA 的comm.jar的支持。可以和一些商用SMS的短信平台相媲美-an SMS messaging platform of the original code, the need JAVA Comm.jar support. Business can and some SMS messaging platform comparable

了解网络传真的方法及相关细节，是写相关代码的好文档。-Understanding of network fax methods and relevant details, is to write good documentation related to the code.

tekelectronix G35 frequent asked questioned

关于SOCKET线程池，多个线程可否对同一个套接字同时写操作等问题？-SOCKET threads on the pool, the possibility of multiple threads on the same socket at the same time a write operation and other issues?

非常详细的modbus规范介绍，有串口的也有基于tcp的。。。。一书在手，modebus不用愁。。。。MODBUS标准分为三部分。第一部分（“Modbus协议规范”）描述了MODBUS事物处理。第二部分（“MODBUS报文传输在TCP/IP上的实现指南”）提供了一个有助于开发者实现TCP/IP上的MODBUS应用层的参考信息。第三部分（“MODBUS报文传输在串行链路上的实现指南”）提供了一个有助于开发者实现串行链路上的MODBUS应用层的参考信息。-very detailed Modbus standard, a serial port is based on the tcp. . . . A book in hand, do not have to worry about modebus. . . . MODBUS divided into three parts. The first part ( "Modbus protocol specification") describes the MODBUS handle things. The second part ( "MODBUS Packet Transmission in TCP/IP Implementation Guide"), provides a help developers to implement TCP/IP on the application layer MODBUS reference information. The third part ( "MODBUS Packet Transmission in the serial link achieve Guide"), provides a help developers achieve serial MODBUS link on the application layer of reference information.

GPRS数据传输，能够实现接收数据，发送数据。-GPRS data transmission, to achieve receive data, send data.

Win32串口编程技术,vc++环境下，可以帮助你在短时间内理解串口编程，当然最好的方法还是看msdn.-Win32 Serial Programming technology, vc circumstances, can help you understand in a short period of time serial programming, of course, the best way to watch msdn.

该项目用于降低 PAPR ofdm 系统中，通过使用不同的技术。OFDM 峰均功率比的主要缺点是降低系统性能，因为它在 ofdm 到平均功率高的高峰。并且在这里我们使用非线性压扩变换来减少此峰均比。

TAPI 接受演示程序-TAPI accept Demonstration Program