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USRP Based Digital Audio Broadcasting Using OFDM in Virtual and Remote Laboratory

机译:基于USRP的数字音频广播,在虚拟和远程实验室中使用OFDM

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摘要

Digital Audio Broadcasting (DAB) is an amazing technology, achieving its promise of certainly delivering high quality digital audio in the most vindicate mobile and fixed receiver environments. The radio signal processing capability can be provided by Universal software radio peripheral (USRP) hardware. The received signal frequency can be controlled and transmitting the signal through wireless is possible by installing NI USRP utility configuration. The programmable USRP was running the VI snippet program in block diagram panel with radio companion integrated through USB cable on windows 7 64. With the parameters such as IQ rate, transmitter gain, carrier frequency along with device name which is given as ni2901_1 the students can able to tune the radio signal. DAB technology is integrated with USRP device using prominent OFDM technique for promise delivery of high quality audio signal. DAB works under four transmission modes in this paper. In this paper RF0 module is used USRP device is connected with dual band vertical antenna with 2.4 and 5GHz frequency as Tx1. This transmitting VI snippet program will support all file formats such as.wav, mp3, etc. the intention of the paper is to transmit the real time data through long distance using DAB technology in remote laboratory. The proposed system is implemented in virtual lab so that it can be accessed by any user from anywhere. This system is successfully tested on institute of aeronautical engineering virtual lab.
机译:数字音频广播(DAB)是一种惊人的技术,实现其在最辩护移动和固定接收器环境中肯定提供高质量数字音频的承诺。无线电信号处理能力可以由通用软件无线电外围设备(USRP)硬件提供。通过安装NI USRP实用程序配置,可以通过无线控制接收的信号频率并通过无线传输信号。可编程USRP在框图表面板中运行VI代码段,其中无线电伴侣通过Windows 7 64上集成了USB电缆。诸如IQ速率,发射机增益,载波频率等参数以及设备名称提供为NI2901_1学生可以能够调整无线电信号。 DAB技术与USRP设备集成使用突出的OFDM技术,以便提供高质量的音频信号。 DAB在本文中的四种传输模式下工作。在本文中,使用USRP器件与双频带垂直天线连接的RF0模块,与2.4和5GHz频率为TX1。此传输VI段编程将支持所有文件格式,如.wav,mp3等。论文的意图是在远程实验室中使用DAB技术通过长距离传输实时数据。所提出的系统在虚拟实验室中实现,以便可以由任何位置访问它。该系统在航空工程研究所成功测试。

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