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Audio-band software-defined-radio approach to communication system design course

机译:音频软件定义无线电方法用于通信系统设计课程

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摘要

An innovative audio-band software-defined-radio (AB-SDR) approach is proposed for a design-oriented lab course on communication systems. By using a full-duplex sound card and Matlab software, the versatile AB-SDR platform facilitates the canonical top-down design flow at minimum cost. Illustrated by an orthogonal frequency division multiplexing (OFDM) transceiver design example, it is shown that almost every kind of communication system can be practically designed, simulated, realised, and tested in a systematic and flexible way. Since bandpass signals in audio band are generated in the real world, important design issues like receiver synchronisation and channel effects can be physically observed and tackled. Hence, the AB-SDR lab course can help students to put abstract communication principles into practice, and gain an overview of communication systems design.
机译:针对通信系统的面向设计的实验课程,提出了一种创新的音频软件定义无线电(AB-SDR)方法。通过使用全双工声卡和Matlab软件,多功能的AB-SDR平台以最小的成本促进了规范的自顶向下设计流程。通过正交频分复用(OFDM)收发器设计示例进行说明,可以看出几乎每种通信系统都可以以系统,灵活的方式进行实际设计,仿真,实现和测试。由于音频带中的带通信号是在现实世界中产生的,因此可以实际观察和解决重要的设计问题,例如接收机同步和通道效应。因此,AB-SDR实验课程可以帮助学生将抽象的通信原理付诸实践,并获得通信系统设计的概述。

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