Simple channel transmission error arguments show how the size of an all-optical multihop network employing deflection routing is limited for a given optical bit rate. These limits are quantified here for non-regenerative all-optical mesh networks such as Manhattan Street network and ShuffleNet employing solitons. It is found that the node-to-node fiber span cannot exceed a few kilometers for network sizes greater than about 64 nodes when the optical bit rate is in the range of 100 Gb/s if the packet error rate is to be bounded below 1O^-6
CHANNEL IMPACT ON ULTRA-FAST ALL-OPTICAL MESH NETWORKS / Bononi, Alberto; F., Forghieri; P. R., Prucnal. - STAMPA. - SPIE 1975:(1993), pp. 165-174. (Intervento presentato al convegno Local and Metropolitan Area Networks tenutosi a Berlin, FRG nel Apr. 1993) [10.1117/12.157005].
CHANNEL IMPACT ON ULTRA-FAST ALL-OPTICAL MESH NETWORKS
BONONI, Alberto;
1993-01-01
Abstract
Simple channel transmission error arguments show how the size of an all-optical multihop network employing deflection routing is limited for a given optical bit rate. These limits are quantified here for non-regenerative all-optical mesh networks such as Manhattan Street network and ShuffleNet employing solitons. It is found that the node-to-node fiber span cannot exceed a few kilometers for network sizes greater than about 64 nodes when the optical bit rate is in the range of 100 Gb/s if the packet error rate is to be bounded below 1O^-6File | Dimensione | Formato | |
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