The LOGON strategy for low-complexity control plane implementation in new-generation flexible networks
Optical Fiber Communication Conference, 2013•opg.optica.org
… We show that local optimization leads to global optimization (LOGO) and propose a network
optimization strategy (LOGON) that allows substantial control-plane simplification. OCIS codes:
(060.1660) Coherent Communications;(060.1155) All-Optical Networks; (060.4256) Network
Optimization … We found that a Local Optimization strategy can lead close to a Global
Optimum (LOGO strategy). We then introduce a simplified strategy that we call LOGON (where
“N” stands for “Nyquist”), which is asymptotically optimum for high network spectral loads …
optimization strategy (LOGON) that allows substantial control-plane simplification. OCIS codes:
(060.1660) Coherent Communications;(060.1155) All-Optical Networks; (060.4256) Network
Optimization … We found that a Local Optimization strategy can lead close to a Global
Optimum (LOGO strategy). We then introduce a simplified strategy that we call LOGON (where
“N” stands for “Nyquist”), which is asymptotically optimum for high network spectral loads …
Abstract
Recently proposed non-linear propagation models allow to derive simple link optimization rules. We show that local optimization leads to global optimization (LOGO) and propose a network optimization strategy (LOGON) that allows substantial control-plane simplification.
opg.optica.org
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