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In this paper, we propose, design, and demonstrate a novel Intra-PON Flow transmission with optical reroute using a Quasi-PAssive Reconfigurable (QPAR) node. The network can be reconfigured adaptively according to the monitored traffic status in a software-defined manner. Simulations show that PON with reroute architecture can achieve ∼20% higher network capacity comparing to PON without reroute case...
We experimentally demonstrate error-free Intra-PON Flow transmission via a QPAR node. Simulations show Intra-PON outperforms regular PON in waiting time, blocking probability, throughput and energy consumption. Adaptive Intra-PON features up to 20% network cost reduction.
In this paper, we develop the UltraFlow access network simulation platform to perform numerical simulations on its network performance. We further propose, analyze and simulate flexible grid and elastic spectrum allocation on the reconfigurable long-reach (R-LR) UltraFlow access network, which results in at most 3 times reduction in Flow request waiting time and 20% increase of network throughput...
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