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GENERALIZED MULTI-PROTOCOL LABEL SWITCHING-BASED ALLOPTICALNETWORK FOR OPTICAL QUALITY CONTROL

机译:基于广义多协议标签交换的光网络控制光网络

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摘要

GMPLS (Generalized Multi-Protocol Label Switching) isrna promising candidate for a unified optical control planerntechnology. For the realization of the all-optical networkrnin the future, there are several key technologies andrnchallenges that have to be considered. But, the realrnimplementations of an optical control plane are still notrnclear. So, the best way to resolve tactical implementationsrnconcerns of GMPLS based optical control plane is tornconduct feasibility test.rnThis paper describes the feasibility test of GMPLSrnbased all-optical network for optical quality control. Werndeployed GMPLS peer model and evaluate the effectivernuse of optical unified control plane in order to realizernoptical quality control of label path. In the feasibility test,rnwe prove the possibility of GMPLS based control plane tornbe used in next generation networks.
机译:GMPLS(通用多协议标签交换)技术有望成为统一光学控制计划技术的候选者。为了将来实现全光网络,必须考虑几种关键技术和挑战。但是,光学控制平面的实际实现仍不清楚。因此,解决基于GMPLS的光控制平面战术实施问题的最佳方法是进行传导可行性测试。本文介绍了基于GMPLS的全光网络进行光质量控制的可行性测试。 Werndeployed GMPLS对等模型,并评估光学统一控制平面的有效使用,以实现标签路径的纵贯质量控制。在可行性测试中,我们证明了基于GMPLS的控制平面被用于下一代网络的可能性。

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