软件无线电移动自组网波形物理层的设计与可测试性

Nitin Tandon, B. Suman, Nisha Agarwal, V. Bhatia
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引用次数: 1

摘要

软件定义无线电(SDR)是未来网络中心操作的新兴技术,因为它可以通过其固有的可重构性、可移植性和可重用性来支持移动自组网(MANET)波形的动态。与传统无线电不同,在SDR平台上为MANET波形设计物理层需要一种新的设计方法,因此必须对基本无线电收发器功能和MANET配置进行彻底的测试。本文主要讨论了在SDR环境下,MANET波形的可测试性及其设计、开发和测试。测试方法的开发考虑了波形设计和系统集成组件的各个方面。文中还给出了物理层基带和射频分系统的测试结果。
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Design and testability aspects of mobile adhoc networking waveform physical layer for software defined radio
Software Defined Radio (SDR) is an emergent technology for future network centric operations as it can support dynamism of Mobile Adhoc Networking (MANET) waveforms through its inherent benefits of re configurability, portability and reusability. Unlike conventional radio, designing Physical layer for MANET waveform over SDR platform demands a new design approach and consequently must be tested thoroughly for basic radio transceiver functions as well as MANET configurations. In this paper, testability aspects of MANET waveform are discussed along with its design, development and testing in context of SDR. The test methodology has been developed considering various aspects of waveform design and system integration components. The testing results of baseband and RF subsystem of physical layer have also been presented in this paper.
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