A Robust Band-Tracking Packet Detector (BT-PD) in OFDM-Based Ultra-Wideband Systems

J. Lai, Chun-Yuan Chu, A. Wu, Wen-Chiang Chen
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引用次数: 4

Abstract

Multiband orthogonal frequency-division multiplexing (MB-OFDM) systems employ frequency-hopping technology to achieve the capabilities of multiple access and frequency diversity. However, they also complicate packet detector (PD) and time-frequency code synchronization, in terms of the requirement for fast synchronization for the frequency hopping, the extremely low receiver sensitivity, and the high hardware complexity. In this paper, we firstly systematically analyze the differences between MB-OFDM and conventional OFDM systems, and then propose a band tracking PD (BT-PD) that can cope with a worse-case multipath channel SNR of -8.4 dB with a packet detection error rate of less than 10-5
基于ofdm的超宽带系统中鲁棒带跟踪包检测器(BT-PD)
多频带正交频分复用(MB-OFDM)系统采用跳频技术实现多址和频率分集功能。但是,由于对跳频的快速同步要求、极低的接收机灵敏度和高的硬件复杂性,它们也使数据包检测器(PD)和时频码同步复杂化。本文首先系统地分析了MB-OFDM与传统OFDM系统的差异,然后提出了一种能带跟踪PD (BT-PD),该PD可以应对最坏情况下的多径信道信噪比为-8.4 dB,数据包检测错误率小于10-5
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