结论：基于蓝牙的无线通讯系统有接口简单、传输可靠的优点。
Conclusion: Bluetooth based wireless communication system has the advantages of high reliability and simple interface.
该系统从功能上可以分为数据采集模块、无线数据传输模块、通用串行总线接口传输模块。
The system can be divided into three modular by function, sensing data acquisition part, wireless data transmitting part, and universal serial interface part.
对无线数据传输系统的构成进行了研究，阐述了基于C8051F 020微处理器和CD MA模块MG801A的数据终端的硬件设计电路和软件接口的实现。
The paper introduces structure of wireless data transmission system, and expounds realization of hardware design circuit and software of DTU based on C8051F020 microprocessor and CDMA module MG801A.
由嵌入式微处理器对其进行存储与管理，通过无线的数据传输接口，实现数据的接收与传送。
Using Embedded microprocessor to store and manage it and wireless data transmission interface, we can realize the function of reception and transmission of data.
定义了一种无线at M空中接口信元格式，设计了无线atM物理层中传输会聚子层信元保护域。
A kind of wireless ATM air interface cell format was defined, and a cell protection field at transmission convergence sub layer of wireless physical layer was designed.
对PCI总线的典型性能和基于PCI总线的接口设计方法作了简要介绍。讨论了实现软件无线电过程中的数据传输，给出了基于PCI总线的软件无线电的数据传输的一个实例。
This paper introduces the typical performance and interface design method of the PCI local bus, and discuss about the data transference in software radio.
提出了2.4G无线影音传输系统中的数字音频传输方案，介绍了AES/EBU数字音频接口标准，并详细阐述了系统的关键技术，包括差错掩盖技术和天线切换技术。
The paper brings forward a digital audio transmission plan on the 2.4 G wireless video and audio transmission system, and AES/EBU digital audio interface standard is also introduced.
提出了2.4G无线影音传输系统中的数字音频传输方案，介绍了AES/EBU数字音频接口标准，并详细阐述了系统的关键技术，包括差错掩盖技术和天线切换技术。
The paper brings forward a digital audio transmission plan on the 2.4 G wireless video and audio transmission system, and AES/EBU digital audio interface standard is also introduced.
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