Progress in research on photonic infrastructure for the next generation networks

A. Kuchar
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Abstract

Communication networks are evolving fast. They have to adapt to the major trends of today-the rapid increase in traffic volumes, changing character of networks becoming data-centric mainly because of the explosive growth of the Internet, a move to multimedia communication an the never ending demand of customers for mobility. Photonic infrastructure has already become the foundation of modern networks. However, it is still developing fast in both of its segments-transmission links and network nodes. While the transmission capacity of optical fibres has nor been fully utilised yet, optical signal processing that has to be applied in the network nodes to manipulate the huge data streams is still at its embryonic stage of development. One of the projects devoted to the key issues of optical transport is the COST 266 Action "Advanced infrastructure for photonic networks". In this contribution the programme and results so far achieved in the framework of this project will be reviewed from a broader perspective of network evolution.
下一代网络光子基础设施的研究进展
通信网络正在快速发展。他们必须适应当今的主要趋势——通信量的快速增长,网络特征的变化,主要是由于互联网的爆炸式增长,以数据为中心,向多媒体通信的转变以及客户对移动性的永无止境的需求。光子基础设施已经成为现代网络的基础。然而,它在传输链路和网络节点这两个领域仍处于快速发展阶段。光纤的传输能力还没有得到充分利用,需要在网络节点上应用光信号处理来处理海量数据流的技术还处于萌芽阶段。其中一个致力于光传输关键问题的项目是COST 266行动“光子网络的先进基础设施”。在这篇文章中,将从网络发展的更广泛的角度审查在这个项目框架内迄今取得的方案和成果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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