A nove1 packet structure is proposed here to simplify the header recognition and packet demultiplexing blocks. The header, instead of preceding the payload, is spread regularly across the packet in a TDM fashion. If the interleaving period between header bits is longer than the minimum electronic detection time, the header can be extracted by sending the packet into a single AND gate together with an optical sampling clock at the interleaving rate.
NOVEL PACKET ARCHITECTURE FOR ULTRA-FAST ALL-OPTICAL NETWORKS / F., Forghieri; Bononi, Alberto; P. R., Prucnal. - (1993), pp. 198-199. (Intervento presentato al convegno Optcal Fiber Communications Conference (OFC '93) tenutosi a San Jose, CA nel Feb. 1993).
NOVEL PACKET ARCHITECTURE FOR ULTRA-FAST ALL-OPTICAL NETWORKS
BONONI, Alberto;
1993-01-01
Abstract
A nove1 packet structure is proposed here to simplify the header recognition and packet demultiplexing blocks. The header, instead of preceding the payload, is spread regularly across the packet in a TDM fashion. If the interleaving period between header bits is longer than the minimum electronic detection time, the header can be extracted by sending the packet into a single AND gate together with an optical sampling clock at the interleaving rate.| File | Dimensione | Formato | |
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