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A novel auxiliary graph model for effective dynamic traffic grooming in light-trail optical WDM mesh networks
期刊文章

A novel auxiliary graph model for effective dynamic traffic grooming in light-trail optical WDM mesh networks

Hwa-Chun LinYuan-Xi Zhuang
Photonic Network Communications
2019

摘要

Dynamic traffic grooming Light trail Optical WDM networks Software Atomic and Molecular Physics and Optics Hardware and Architecture Computer Networks and Communications Electrical and Electronic Engineering
A light trail is a unidirectional bus from a convener node to an end node. The main advantage of a light trail over a light path is that the communication channel of a light trail can be accessed by intermediate nodes providing more flexibility for traffic grooming. Several auxiliary graph models have been developed in the literature for traffic grooming in light-trail optical WDM mesh networks. These auxiliary graph models have one or more drawbacks that do not fully reflect the characteristics of a light trail. This paper develops a novel auxiliary graph model that has none of the drawbacks and is able to reflect all characteristics of a light trail. Based on the auxiliary graph model, two effective dynamic traffic grooming algorithms are proposed. The proposed dynamic traffic grooming algorithms are shown to yield low request blocking ratio.

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