期刊文献+

光传输网(OTN)的技术演进和标准化进展

Advance in Technology Evolution and Standardization of OTN
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摘要 简单回顾了光纤通信系统的发展历程,指出建设下一代每信道超过100 Gbit/s的高速相干光纤通信系统的必要性和可用技术,列出使用不同的调制和检测技术,每信道100 Gbit/s的WDM系统实现的不同传输容量和频谱效率,介绍了光传输网(OTN)的技术演进、标准化进展和一种可能的OTN复用映射结构。 This paper reviewed the development course for fiber communication systems, pointed out the necessity and enabling technologies for next- generation high-speed coherent optical communica- tion systems targeting beyond 100 Gbit/s per chan- nel listed out the transmission capacity and spectral e^cieney for WDM optical communication systems with the channel rate over 100 Gbit/s when using different advanced modulation formats and detection technologies, and introduced the technology evolu- tion, standard development and hierarchy of OTN.
作者 原荣
出处 《现代电信科技》 2012年第10期47-53,共7页 Modern Science & Technology of Telecommunications
关键词 光传输网 光纤放大器 波分复用 偏振复用 复用映射结构 帧结构 多电平调制 光正交频分复用 相干检测 OTN, EDFA, WDM, PDM, hierarchy, frame, Multi-lever modulation format, Optical OFDM, Coherent detection
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参考文献6

  • 1S. Chandraekhar and Xiang Liu. Enabiing Components for Future High-Speed Cohere.nt Communication Systems [C]. OFC 2011, OMUS.
  • 2Yutaka Miyamoto. Ultra High Capacity Transmission for Opti- cal Transport Network [C]. OFC 2011, OThX4.
  • 3M. Cvijetic. Advanced technologies for next generation fiber networks [C]. OFC 2010, OWYI.
  • 4Ken-ichi Sato. Next Generation Transport Network Architec- ture [C]. OFC 2010, OWR1.
  • 5M. Tomizawa, Y. Miyamoto, and O. Ishida. Recent Advances in 100G OTN [C]. OFC 2009, NThBI.
  • 6Yutaka Miyamoto, Akihide Sano, and Takayuki Kobayashi. The Chal- lenge for the Next Generation OTN Based on 400C, bps and Beyond [C]. OFC 2012, NTu2E.3.

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