Nov 22, 2010 · As a remedy, we propose a novel method for design/dimensioning and regeneration placement for WDM networks that employs impairment-awareness.
This paper addresses the issue of minimum-cost planning of long-reach WDM networks in combination with optoelectronic signal regeneration as a countermeasure ...
Abstract—Although the problem of dimensioning an optical transport network is not new, the consideration of signal quality degradation caused by the optical ...
Katrinis KM, Tzanakaki A. On the Dimensioning of WDM Optical Networks With Impairment-Aware Regeneration. IEEE/ACM Transactions on NetworkingIEEE/ACM ...
Katrinis KM, Tzanakaki A. On the dimensioning of WDM optical networks with impairment-aware regeneration. IEEE/ACM Transactions on Networking [Internet].
This paper focuses on WDM networks employing selective regeneration and studies jointly the network design and regeneration placement considering the physical ...
This paper focuses on WDM networks employing selective regeneration and studies jointly the network design and regeneration placement considering the physical ...
Introduction. The problem of dimensioning an all-optical WDM network has been already identified as a computationally hard problem [1].
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Physical Layer Impairments (PLIs) degrade the transmitted signal strength and Quality of Transmission (QoT) in optical WDM networks.
On the dimensioning of WDM optical networks with impairment-aware regeneration. Although the problem of dimensioning an optical transport network is not new ...