Ecma-392和IEEE 802.1物理层标准的比较

Jungsun Um, Sunghyun Hwang, B. Jeong
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引用次数: 26

摘要

认知无线电被广泛认为是一种有前途的技术,可以有效地利用未充分利用的频谱。许多国家的监管委员会正在考虑使用该技术进行动态频谱接入的频谱政策。作为共享频谱资源的第一步,正在考虑电视频段。因此,已经展示了许多使用该波段指定标准的活动。本文对Ecma-392标准和IEEE 802.11af标准草案的物理层进行了概述,并给出了软件仿真性能结果。进一步分析讨论了频率分集对不同子载波数和信道带宽的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A comparison of PHY layer on the Ecma-392 and IEEE 802.1 laf standards
Cognitive radio is widely expected to be a promising technology to efficiently exploit underutilized spectrum. Regulatory committees in many countries are taking into account the spectrum policy of dynamic spectrum access using this technology. The TV band is under consideration as a first step to share the spectrum resource. As a result, many activities to specify a standard using this band have been shown. In this paper, an overview on the physical layer of Ecma-392 standard and IEEE 802.11af draft standard is presented together with software simulated performance results. Furthermore, the effect of the frequency diversity on different number of subcarriers and channel bandwidth is analyzed and discussed.
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