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In IP-over-WDM networks, wavelength circuits are often protected by dedicated backup circuits.
Unlike telephony circuit-switched networks, wavelength-routed optical networks operating under wavelength continuity constraint requires that the same wavelength must be assigned to all links along the selected route.
It is assumed that the optical space network employs wavelength division multiplexing ISLs with wavelength routing technology to communication satellites and makes routing decisions.
It includes broadcast-and-select networks and wavelength routed networks and the optical amplifier.
Intrinsically, for a WDM-based wavelength-routed network with wavelengths assigned using equally-spaced channels, the generated FWM components are found to remain more crowded at the center of the fiber transmission window.
But with increasing number of wavelengths in the network, aggregating wavelengths into wavebands can further reduce the network cost.
The system is highly segmented and read out by a network of wavelength shifting fibers and SiPM.
Examples include spectrum assignment in wireless networks and wavelength allocation in optical networks.
In this paper, we propose a design method for optical networks, e.g., wavelength division multiplexing (WDM) networks.
Wavelength-division multiplexed networks using wavelength-routing are considered to be potential candidates for the next generation of wide-area backbone networks.
A new, fault-tolerant, scalable, and modular virtual topology for lightwave networks employing wavelength division multiplexing is proposed.
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