L. Wosinska, D. Simeonidou, A. Tzanakaki, C. Raffaelli, C. Politi
{"title":"未来互联网的光网络","authors":"L. Wosinska, D. Simeonidou, A. Tzanakaki, C. Raffaelli, C. Politi","doi":"10.1364/JON.7.00000I","DOIUrl":null,"url":null,"abstract":"Call for Papers: Optical Networks for the Future Internet Associate Editor Lena Wosinska Guest Editors Dimitra Simeonidou, Anna Tzanakaki, Carla Raffaelli, Christina (Tanya) Politi\n Submission Deadline: 1 November 2008 In the past 30 years the Internet has been very\nsuccessful while developing through an incremental approach. The\nevolution of the Internet's popularity has led to its current\ncentral position as a fundamental enabler of the world's economy.\nSeveral developments have allowed the Internet to adjust to this\nevolving role, and one of the fundamental drivers has been the\nwide availability of broadband connections based on optical\ntransmission technologies. However, there are many challenges to\nbe foreseen as driving forces to redefine the Internet. The\ntraffic demand is increasing exponentially due to the growing\nnumber of users and offered bandwidth per user as well as the\nlarge data flows that are transferred between users. In addition,\nan enormous increase in on-line content offered by the Internet is\nexpected to continue. These network scaling requirements, both in\nterms of number of users, their devices, and bandwidth are key\nfacets of the future Internet that has not been fully explored\nanywhere and will potentially require major contributions from the\nphotonics research community. The existing Internet was not\noriginally designed to scale to billions of users and to the\nmulti-Gbits/s transmission rates to the desktop that will be found\nin future applications supporting computational data, sensor\ngrids, digital cinema, storage, etc. This special issue will solicit contributions discussing the most significant aspects that will position optical technologies as a fundamental contributor in defining the future Internet architecture. Some of these aspects will be scalability, programmability, parallelism, network adaptations, and network management. The scope of the papers includes, but is not limited to, the following topics:\n Scalable optical network architectures for the future Internet Optical network security, reliability, survivability, and quality of service provisioning Optical network architectures supporting future Internet applications User control of network infrastructure and services New service paradigms Internet routing architectures supporting future optical networks Energy- and cost-efficient optical networks \nTo submit to this special issue, follow the normal procedure for submission to JON, indicating \"Feature Issue: ONFint\" in the \"Comments\" field of the online submission form. Also please specify that the manuscript is for the Optical Networks for the Future Internet feature (choose from the feature issue drop-down menu). 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引用次数: 1
摘要
征文:未来互联网的光网络副主编Lena Wosinska客座编辑Dimitra Simeonidou, Anna Tzanakaki, Carla Raffaelli, Christina (Tanya) Politi投稿截止日期:2008年11月1日在过去的30年里,互联网通过渐进的方式取得了非常成功的发展。互联网受欢迎程度的演变使其成为当今世界经济的基本推动者。一些发展使互联网能够适应这种不断变化的角色,其中一个基本驱动因素是基于光传输技术的宽带连接的广泛可用性。然而,作为重新定义互联网的驱动力,我们可以预见到许多挑战。由于用户数量的增长和每个用户提供的带宽以及用户之间传输的大量数据流,流量需求呈指数级增长。此外,互联网提供的在线内容预计将继续大幅增加。这些网络扩展需求,包括用户数量、设备和带宽,都是未来互联网的关键方面,尚未在任何地方得到充分探索,可能需要光子学研究社区做出重大贡献。现有的互联网最初的设计并不是为了扩展到数十亿用户和到桌面的多千兆位/秒的传输速率,这将是未来支持计算数据、感测网格、数字电影、存储等应用的基础。本期特刊将征集讨论将光学技术定位为定义未来互联网架构的基本贡献者的最重要方面的投稿。这些方面包括可伸缩性、可编程性、并行性、网络适应性和网络管理。论文的范围包括但不限于以下主题:面向未来互联网的可扩展光网络架构光网络的安全性、可靠性、生存性和服务质量提供支持未来互联网应用的光网络架构对网络基础设施和服务的用户控制新业务范例支持未来光网络的互联网路由架构能源和成本效益高的光网络提交此特刊,请遵循提交给JON的正常程序。在在线提交表格的“评论”栏中注明“Feature Issue: ONFint”。同时请注明稿件是针对未来互联网的光网络专题(从专题问题下拉菜单中选择)。有关此功能问题的所有其他问题,请发送电子邮件至jon@osa.org,主题为“功能问题:ONFInt”。更多信息可在JON网站上找到:http://www.osa-jon.org/journal/jon/author.cfm。提交截止日期:2008年11月1日
Call for Papers: Optical Networks for the Future Internet Associate Editor Lena Wosinska Guest Editors Dimitra Simeonidou, Anna Tzanakaki, Carla Raffaelli, Christina (Tanya) Politi
Submission Deadline: 1 November 2008 In the past 30 years the Internet has been very
successful while developing through an incremental approach. The
evolution of the Internet's popularity has led to its current
central position as a fundamental enabler of the world's economy.
Several developments have allowed the Internet to adjust to this
evolving role, and one of the fundamental drivers has been the
wide availability of broadband connections based on optical
transmission technologies. However, there are many challenges to
be foreseen as driving forces to redefine the Internet. The
traffic demand is increasing exponentially due to the growing
number of users and offered bandwidth per user as well as the
large data flows that are transferred between users. In addition,
an enormous increase in on-line content offered by the Internet is
expected to continue. These network scaling requirements, both in
terms of number of users, their devices, and bandwidth are key
facets of the future Internet that has not been fully explored
anywhere and will potentially require major contributions from the
photonics research community. The existing Internet was not
originally designed to scale to billions of users and to the
multi-Gbits/s transmission rates to the desktop that will be found
in future applications supporting computational data, sensor
grids, digital cinema, storage, etc. This special issue will solicit contributions discussing the most significant aspects that will position optical technologies as a fundamental contributor in defining the future Internet architecture. Some of these aspects will be scalability, programmability, parallelism, network adaptations, and network management. The scope of the papers includes, but is not limited to, the following topics:
Scalable optical network architectures for the future Internet Optical network security, reliability, survivability, and quality of service provisioning Optical network architectures supporting future Internet applications User control of network infrastructure and services New service paradigms Internet routing architectures supporting future optical networks Energy- and cost-efficient optical networks
To submit to this special issue, follow the normal procedure for submission to JON, indicating "Feature Issue: ONFint" in the "Comments" field of the online submission form. Also please specify that the manuscript is for the Optical Networks for the Future Internet feature (choose from the feature issue drop-down menu). For all other questions relating to this feature issue, please send an e-mail to jon@osa.org, subject line "Feature Issue: ONFInt" Additional information can be found on the JON website: http://www.osa-jon.org/journal/jon/author.cfm .
Submission Deadline: 1 November 2008