“…We compared through simulation experiments both G-R and F-D schemes in myopic and impairment aware settings when routing the traffic offered to a USA network described in [13]. The network topology is a 24 nodes and 42 links network, with a total of 5019076 paths connecting all node pairs pre-computed using an extended version of the Shortest Pair Vertex-Disjoint Paths [7][8] algorithm.…”
We formulate an optimization problem and compare performance of multi-path routing based on bandwidth usage only with the impairment aware alternative. We show that there is a trade-off between optical signal quality and bandwidth utilization.
“…We compared through simulation experiments both G-R and F-D schemes in myopic and impairment aware settings when routing the traffic offered to a USA network described in [13]. The network topology is a 24 nodes and 42 links network, with a total of 5019076 paths connecting all node pairs pre-computed using an extended version of the Shortest Pair Vertex-Disjoint Paths [7][8] algorithm.…”
We formulate an optimization problem and compare performance of multi-path routing based on bandwidth usage only with the impairment aware alternative. We show that there is a trade-off between optical signal quality and bandwidth utilization.
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