Modeling physical-layer impairments in multi-domain optical networks
O González, J Jiménez - 15th International Conference on …, 2011 - ieeexplore.ieee.org
The advantages of optical transparency are still confined to the boundaries of a domain,
since the optical signals are subject to O/E/O conversions at the border nodes that separate …
since the optical signals are subject to O/E/O conversions at the border nodes that separate …
[PDF][PDF] Modeling Physical-Layer Impairments in Multi-domain Optical Networks
M Yannuzzi, E Marın-Tordera, R Serral-Gracia… - researchgate.net
The advantages of optical transparency are still confined to the boundaries of a domain,
since the optical signals are subject to O/E/O conversions at the border nodes that separate …
since the optical signals are subject to O/E/O conversions at the border nodes that separate …
Modeling physical-layer impairments in multi-domain optical networks
M Yannuzzi, E Marin-Tordera, R Serral-Gracia… - … Conference on Optical … - infona.pl
The advantages of optical transparency are still confined to the boundaries of a domain,
since the optical signals are subject to O/E/O conversions at the border nodes that separate …
since the optical signals are subject to O/E/O conversions at the border nodes that separate …
Modeling physical-layer impairments in multi-domain optical networks
M Yannuzzi, E Marín Tordera… - … on Optical Network …, 2011 - upcommons.upc.edu
The advantages of optical transparency are still confined to the boundaries of a domain,
since the optical signals are subject to O/E/O conversions at the border nodes that separate …
since the optical signals are subject to O/E/O conversions at the border nodes that separate …