Evolution of dynamic optical networks

N. Wada, H. Furukawa
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引用次数: 3

Abstract

In this paper, we show the recent progress of physical layer technologies for the dynamic optical networks. There is much activity in the design of post-Internet or future networks. These are based on new design concepts that look beyond the next generation network (NGN) and the Internet. The future network will maintain the sustainability of our prosperous civilization and help resolve various social issues and problems by the use of information and communication technologies (ICT). In order to realize the future network, many novel technologies in the physical layer are required, in addition to technologies in the network control layer. In the physical layer, it is very important that especially technology to support real dynamic network operation, such as grid free, format free, and burst mode in both time and spectrum domain. An optical packet and circuit integrated network system is demonstrated as an examples of cutting-edge network system including many new physical layer technologies for the dynamic operation. Other related activities of dynamic optical networks will be also shown in the presentation.
动态光网络的发展
本文介绍了动态光网络物理层技术的最新进展。在后互联网或未来网络的设计中有很多活动。这些都是基于超越下一代网络(NGN)和互联网的新设计概念。未来的网络将保持我们繁荣文明的可持续性,并通过使用信息和通信技术(ICT)帮助解决各种社会问题和问题。为了实现未来的网络,除了网络控制层的技术外,还需要物理层的许多新技术。在物理层,特别是支持真实动态网络运行的技术,如无网格、无格式、时域和频谱的突发模式是非常重要的。本文以光分组电路集成网络系统为例,介绍了一种包含许多新的物理层动态运行技术的前沿网络系统。动态光网络的其他相关活动也将在报告中展示。
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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