Add to ORKGBroadcast-and-Select node architectures based on WSS are a cost-effective solution for transparent switching in optical networks, but have limited flexibility for routing tributary traffic due to directionality. We assess the impact of directionality on restoration in transparent networks.Broadcast-and-Select node architectures based on WSS are a cost-effective solution for transparent switching in optical networks, but have limited flexibility for routing tributary traffic due to directionality. We assess the impact of directionality on restoration in transparent networks.P
Translucent WDM optical networks use sparse placement of regenerators to overcome the impairments an...
We evaluate the performance of optical network designs using relatively few switch nodes at which wa...
Physical impairments, such as noise and signal distortions, negatively affect the quality of informa...
Broadcast-and-Select node architectures based on WSS are a cost-effective solution for transparent s...
This article considers both opaque networks --- OEO conversions occur in the signal path at either t...
This paper proposes an alternate approach to fully transparent and fully opaque optical networks for...
A wavelength-routed optical network consists of multi-wavelength crossconnect switches (XCSs) which ...
The deployment of translucent optical networks is considered the most promising short term solution ...
Due to transmission impairments, optical regeneration is needed to extend the length of a lightpath ...
The introduction of sub-wavelength switching is one of the main objectives of the future transparent...
Physical impairments, such as noise and signal distortions, negatively affect the quality of informa...
Wavelength-division multiplexing (WDM technology allows the transport in parallel of several high-sp...
Abstract: A Mixed Line Rate (MLR) optical network is a good candidate for a core back-bone network b...
GMPLS-based transparent optical networks suffer from accumulation of physical layer impairments (PLI...
This paper identifies the sources of inefficiency for both transparent and opaque networks. The disp...
Translucent WDM optical networks use sparse placement of regenerators to overcome the impairments an...
We evaluate the performance of optical network designs using relatively few switch nodes at which wa...
Physical impairments, such as noise and signal distortions, negatively affect the quality of informa...
Broadcast-and-Select node architectures based on WSS are a cost-effective solution for transparent s...
This article considers both opaque networks --- OEO conversions occur in the signal path at either t...
This paper proposes an alternate approach to fully transparent and fully opaque optical networks for...
A wavelength-routed optical network consists of multi-wavelength crossconnect switches (XCSs) which ...
The deployment of translucent optical networks is considered the most promising short term solution ...
Due to transmission impairments, optical regeneration is needed to extend the length of a lightpath ...
The introduction of sub-wavelength switching is one of the main objectives of the future transparent...
Physical impairments, such as noise and signal distortions, negatively affect the quality of informa...
Wavelength-division multiplexing (WDM technology allows the transport in parallel of several high-sp...
Abstract: A Mixed Line Rate (MLR) optical network is a good candidate for a core back-bone network b...
GMPLS-based transparent optical networks suffer from accumulation of physical layer impairments (PLI...
This paper identifies the sources of inefficiency for both transparent and opaque networks. The disp...
Translucent WDM optical networks use sparse placement of regenerators to overcome the impairments an...
We evaluate the performance of optical network designs using relatively few switch nodes at which wa...
Physical impairments, such as noise and signal distortions, negatively affect the quality of informa...