As Operators strive today to optimize their networks, considerations of cost, availability, eco-sustainability, and quality of service are beginning to converge. Solutions that reduce capital and operational expenditures not only save money, but also tend to reduce the environmental impact. In "opaque" networks, optical signals undergo expensive electrical regeneration systematically at each node. In "transparent" networks, signal quality deteriorates due to the accumulation of physical impairments from source to destination. "Translucent" networks stand halfway between opaque and transparent networks. In such networks, sparsely chosen nodes are equipped with electrical regenerators while the others are transparent to the optical signal. In...
In this paper, the power consumption of a transparent circuit-switched wavelength-division multiplex...
In the last decade, the bandwidth of the Internet has grown by 50-100 times, thus more power consumi...
Translucent wavelength-division multiplexing optical networks use sparse placement of regenerators t...
As Operators strive today to optimize their networks, considerations of cost, availability, eco-sust...
Wavelength-division multiplexing (WDM technology allows the transport in parallel of several high-sp...
This paper proposes an alternate approach to fully transparent and fully opaque optical networks for...
Energy consumption of communication networks is growing very fast due to the rapidly increasing traf...
Routing and wavelength assignment in all-optical WDM networks has been deeply investigated in the li...
Translucent WDM optical networks use sparse placement of regenerators to overcome the impairments an...
Abstract- Translucent WDM optical networks use sparse placement of regenerators to overcome the impa...
Fully-transparent DWDM networks working at 10 Gb/s or more have limited reach. At these high rates, ...
The deployment of translucent optical networks is considered the most promising short term solution ...
We study the energy-efficient routing and wavelength assignment (RWA) problem in translucent WDM n...
In this paper we present the impact of considering regenerator allocation when selecting routes and ...
The deployment of translucent optical networks is considered the most promising short term solution ...
In this paper, the power consumption of a transparent circuit-switched wavelength-division multiplex...
In the last decade, the bandwidth of the Internet has grown by 50-100 times, thus more power consumi...
Translucent wavelength-division multiplexing optical networks use sparse placement of regenerators t...
As Operators strive today to optimize their networks, considerations of cost, availability, eco-sust...
Wavelength-division multiplexing (WDM technology allows the transport in parallel of several high-sp...
This paper proposes an alternate approach to fully transparent and fully opaque optical networks for...
Energy consumption of communication networks is growing very fast due to the rapidly increasing traf...
Routing and wavelength assignment in all-optical WDM networks has been deeply investigated in the li...
Translucent WDM optical networks use sparse placement of regenerators to overcome the impairments an...
Abstract- Translucent WDM optical networks use sparse placement of regenerators to overcome the impa...
Fully-transparent DWDM networks working at 10 Gb/s or more have limited reach. At these high rates, ...
The deployment of translucent optical networks is considered the most promising short term solution ...
We study the energy-efficient routing and wavelength assignment (RWA) problem in translucent WDM n...
In this paper we present the impact of considering regenerator allocation when selecting routes and ...
The deployment of translucent optical networks is considered the most promising short term solution ...
In this paper, the power consumption of a transparent circuit-switched wavelength-division multiplex...
In the last decade, the bandwidth of the Internet has grown by 50-100 times, thus more power consumi...
Translucent wavelength-division multiplexing optical networks use sparse placement of regenerators t...