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超宽带通信中定时抖动抑制算法的研究 被引量:1

Research of Anti-Timing Jitter Algorithms for UWB Systems
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摘要 本文研究了直扩超宽带通信系统的关键技术----定时抖动及其抑制方法,主要分析了定时抖动产生的原因、分布规律和各种有效的抑制方法。文中第一次对DS-UWB系统定时抖动产生的各种原因进行了分析,给出了的定时抖动的分布规律以及各种可采用的定时抖动抑制方法,特别针对通过信道噪声和干扰来抑制定时抖动的各种有效方法,进行了详细的分析和讨论。 The paper investigates the key technology of civil DS-UWB communication systems, i.e., timing-jitter. Through analyzing the reason of timing-jitter and the effect on the DS-UWB systems, we have discussed some effective timing-jitter cancellation meth-ods, mainly including design of anti-timing-jitter pulse shapes, channel interference and noise restraint schemes and adaptive syn-chronization methods.
出处 《微计算机信息》 北大核心 2008年第9期90-92,共3页 Control & Automation
基金 国家自然科学基金(60672065) 广东省自然科学基金(31390)资助
关键词 直扩超宽带系统 定时抖动 干扰和噪声抑制 同步捕获 Direct-sequence Ultra-wideband Timing-jitter Interference-noise restraint Synchronization acquisition.
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参考文献7

  • 1[2]"IEE Seminar on Ultra Wideband Communications Technologies and System Design,"London,United Kingdom,2004.
  • 2[3]Y.Chen,J.Chen,and T.Lv,"A high order Bi-phase modula-tion scheme for UWB transmission,"presented at IEEE Vehicular Technology Conference,Los Angeles,CA,United States,2004.
  • 3[4]Wang Hongjiang,Jiang Shengming,and W.Gang,"The Effect of Timing Acquisition Schemes With Multi-hypothesis on UWB Sys-tems in Multipath and Multiuser Channel Environment,"submitted to the IEEE Communication Magazine,2007.
  • 4[5]L.Larson,D.Laney,and J.Jump,"An overview of hardware re-quirements for UWB systems:Interference issues and transceiver design implications,"presented at Military Communications Con-ferenee,Monterey,CA,United States,2003.
  • 5[6]H.Bo and N.C.Beaulieu,"Pulse shapes for ultrawideband communication systems,"I.T.o.Wireless Communications,Ed.,2005,PP.1789-1797.
  • 6[7]M.Hamalainen,R.Tesi,and J.Iinatti,"On the UWB system performance studies in AWGN channel with interference in UMTS band,"presented at Ultra Wideband Systems and Technologies,2002.Digest of Papers.2002 IEEE Conference on,2002.
  • 7[8]G.Leus and M.Moonen,"MUI-free receiver for a synchronous DS-CDMA system based on block spreading in the presence of frequency-selective fading,"I.T.o.Signal Processing,Ed.,2000,pp.3175-3188.

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