弹性光网络节点呼叫接纳控制机制分析

Mariusz G∤ąbowski, M. Sobieraj
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引用次数: 0

摘要

如今,随着网络对带宽的需求不断增加,有必要为某些流量类别确保适当且可靠的服务水平。通过在网络中使用呼叫接纳控制(CAC)机制,可以实现资源的最优分配和使用。最流行的机制之一是资源保留机制和阈值机制。在保留机制中,某些资源仅对选定的(预定义的)服务可用。但是,当使用阈值机制时,分配给各个类的资源量取决于网络负载。本文讨论了具有Clos结构的弹性光网络(EON)节点的流量特性和实现的CAC机制的仿真研究。文中介绍了利用自己研制的仿真器所得到的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of Call Admission Control Mechanisms in Nodes of Elastic Optical Networks
Today, when the demand for bandwidth increases in networks, it becomes necessary to ensure an appropriate and reliable service level for certain traffic classes. Optimal allocation and use of resources can be achieved through the use of call admission control (CAC) mechanisms in networks. One of the most popular mechanisms is the resource reservation mechanism and the threshold mechanism. In the reservation mechanism, some resources are available only to selected (predefined) services. However, when the threshold mechanism is used, the amount of resources allocated to individual classes depends on the network load. This article discusses simulation studies of the traffic characteristics of elastic optical network (EON) nodes with a Clos structure and implemented CAC mechanisms. In the article, the results obtained with the use of the simulator developed by the author were presented.
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