Impact of Control Mechanisms Containment in optical burst switching Distributed Networks

K. Guevara-Ortiz, S. Bermúdez-Quintero, A. Puentes, N. Villabona-Mujica, L. B. Rosero, D. Suarez-Rivero, S. Villamizar-Delgado, J. Ortiz-Aguilar
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Abstract

Undoubtedly, the optical fiber is one of the key technologies of switching which receive greater attention optical burst switching (OBS), allowing to improve the system’s resources and manages information more efficiently than other types of switching like optical packet switching (OPS) and Optical Circuit Switch (OCS). However; as in all developing system, difficulties arise at the time of application, one of the main problems affecting these networks is congestion that occurs in the nodes of the same. It is for this reason, that it is necessary to implement mechanisms for control of containment that can avoid the congestion in the system. This article presents control of containment mechanisms analysis by wavelength change, deflection of route and fiber delay lines in a distributed network obs to improve the communications of the future.
控制机制对光突发交换分布式网络的影响
毫无疑问,光纤作为交换的关键技术之一,光突发交换(OBS)比其他类型的交换如光分组交换(OPS)和光电路交换(OCS)更有效地改善了系统的资源和管理信息。然而;与所有开发中的系统一样,在应用过程中也会遇到困难,影响这些网络的主要问题之一是在同一节点中发生的拥塞。正是由于这个原因,有必要实现控制容器的机制,以避免系统中的拥塞。本文通过波长变化、路由偏转和光纤延迟线对分布式网络中包含机制的控制进行了分析,以改善未来的通信。
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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