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5G家庭一体化小基站时钟同步研究 被引量:2

Research on clock synchronization schemes of 5G home cell
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摘要 为促进5G家庭一体化小基站部署应用,解决家庭场景下小基站的时钟同步问题,对4G家庭一体化小基站时钟同步方案进行了研究,提出了5G基于PON的时钟同步方案,并进行了现有方案对比,展示了基于PON同步方案的实验室测试结果,给出家庭小基站时钟同步部署方案建议。 In order to promote the deployment and application of 5G home cell,and solve the clock synchronization problem in family scenarios,clock synchronization schemes of 4G home cell are studied,and the 5G PON-based(Passive Optical Network)clock synchronization scheme is proposed.Current schemes are compared with each other,and laboratory test results based on the PON synchronization scheme are illustrated.Finally,development recommendations for the clock synchronization scheme of the 5G home cell are summarized.
作者 朱红绿 孙丽楠 Zhu Honglv;Sun Linan(China Telecom Research Institute,Shanghai 200122,China)
出处 《电子技术应用》 2020年第7期19-23,28,共6页 Application of Electronic Technique
关键词 家庭小基站 PON 时钟同步 5G home cell PON clock synchronization 5G
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  • 1Chandrasekhar V,Andrews J,Gatherer A. Femtocell net-works j a survey[J]. Communications Magazine,2008,46 (9):59-67.
  • 2ITU-T. G 8261/Y 1361,timing and synchronization aspectsin packet networks[S]. Geneva, Switzerland : ITU, 2006.
  • 3IEEE. Standard for a precision clock synchronization pro-tocol for networked measurement and control systems,IEEE 1588[S], Palo Alto,USA:IEEE,2008.
  • 4Subrahmanyan R. Implementation considerations for IEEE1588 v2 applications in telecommunications [C] // Preci-sion Clock Synchronization Meas Contr Commun. Vienna:IEEE,2007 :148~154.
  • 5Hadzic I,Morgan D R. Adaptive packet selection for clockrecovery[C] // Precision Clock Synchronization for Meas-urement Control and Communication. Portsmouth ; IEEE.2010:42-47.
  • 6Zhu Ye, Lu Yueming, Ji Yuefeng. Packet arrival times-tamp based self adaptive clock recovery scheme[C] // Net-work Infrastructure and Digital Content. Beijing, China:IEEE,2009 :266-269.
  • 7戴锦友,余少华.以太网电路仿真业务中基于本地时戳的自适应时钟方法[J].计算机科学,2008,35(4):102-105. 被引量:2
  • 8张先富,冯冬芹.基于加权最小二乘法的精确时钟同步算法研究与实现[J].传感技术学报,2008,21(9):1556-1560. 被引量:10

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