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通用无线数据通信平台的研制 被引量:1

Design and application of wireless communication platform
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摘要 设计和实现了基于PC机USB接口的通用无线数据通信链路开发平台。在该平台上,能够快速开发和调试各种无线数据通信应用设备。在平台上快速实现了一种基于π/4DQPSK的无线数据发送器和无线数据接收器,对其实现过程的主要环节进行了描述,并对传输性能进行了测试,通过所测试的误比特率性能曲线和其他文献的对比,证明该系统设计和实现的正确性。 The platform, connecting with PC via USB interface, can be used to develop wireless communication devices, to test the new algorithm, and also used for wireless communication experimental set-up. A wireless transmitter and receiver based on π/4DQPSK, as the first application of the platform, was designed and tested on the platform. Its bit-error performance curve which was compared with M.Scarpa's work shows the correctness of the realization process.
出处 《核电子学与探测技术》 CAS CSCD 北大核心 2005年第2期137-141,共5页 Nuclear Electronics & Detection Technology
关键词 通用 基于PC 开发平台 无线数据通信 USB接口 快速开发 测试 DQPSK 误比特率 发送器 wireless communication platform π/4DQPSK transmitter receiver bit error performance.
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参考文献6

  • 1Motorola whitepaper, Application-Enabling Platforms: The key to realizing business value from new telecom industry standards, Mar.29 2004, https://mcg.motorola.com/cfm/templates/general.cfm?PageID=2182.
  • 2Analog Devices, TIGER SHARC DSP Microcomputer ADSP-TS101S Data Sheet, http://www.analog.com
  • 3Analog Devices, 4-Channel, 104 MSPS Digital Transmit Signal Processor (TSP), AD6623 Data Sheet, http://www.analog.com
  • 4Analog Devices, 12Bit, 65MSPS IF to Base Band Diversity Receiver, AD6652 Data Sheet, http://www.analog.com
  • 5Bernard Sklar, Digital Communications: Fundamentals and Applications, Prentice Hall 1988.
  • 6Scarpa M, et al. BER of Differentially Detected pi/4 DQPSK in the Presence of Quadrature Gain Imbalance. In Proc[C]. IEEE Wireless Communications and Networking Conference WCNC 1999, 1:201.

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