Design of automatically switched optical networks

Z. Lakatos
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引用次数: 7

Abstract

Due to the advances in optical component technology and the desired integration of the technological network layers, more significant professional attention is being paid to the concept and the emerging technology of automatically switched optical networks (ASON). The intelligent switching capabilities enable more dynamic networking, which may change the network characteristics significantly. The study of these changing characteristics is required in order to provide a firm basis for strategic network development decisions. After a brief overview of the ASON technology, the paper illustrates the potential advantages and drawbacks due to the dynamic behavior of the optical network. The analysis of numerical results from small network examples helps to highlight the main networking features of dynamic provisioning of optical channels. Based on the results of network simulations, a comparison of semi-permanent and switched connection based services is performed, taking into account different source activities. Finally, a quantitative analysis is given of the expected network resource savings originating from the statistical gains of automatic switching.
自动交换光网络的设计
由于光器件技术的进步和技术网络层的集成化要求,自动交换光网络(ASON)的概念和新兴技术越来越受到专业人士的重视。智能交换功能使网络更加动态,这可能会显著改变网络特性。研究这些变化的特征是必要的,以便为战略性网络发展决策提供坚实的基础。在简要概述了ASON技术之后,本文说明了由于光网络的动态行为而导致的潜在优点和缺点。对小型网络实例的数值结果分析有助于突出动态光通道供应的主要组网特征。基于网络仿真结果,在考虑不同源活动的情况下,对基于半永久连接和交换连接的服务进行了比较。最后,对自动交换的统计增益所带来的预期网络资源节约进行了定量分析。
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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