As Internet traffic grows, current core network technologies will raise issues in terms of energy consumption. Here, the authors propose three possible optical network architectures for the next-generation Internet core, including an all-optical hybrid optical switching (HOS) network, an optical/electronic HOS network, and an all-electronic switching network. They evaluate and compare all three networks with regard to performance and power consumption via an event-driven simulator
The power consumption of a network becomes a critical performance metric for a petabit-per-second sc...
Today, the Internet traffic is growing at a near exponential rate, driven predominately by data cent...
© 2012 Dr. Michael Zhe FengWith the continuous growth of energy consumption in modern telecommunicat...
As Internet traffic grows, current core network technologies will raise issues in terms of energy co...
In the future, the Internet may ultimately be constrained by energy consumption and the capability t...
Hybrid optical switching (HOS) has the potential to provide highly efficient operation through combi...
Hybrid optical switching (HOS) has the potential to provide highly efficient operation through combi...
Abstract The continuous increasing of the Internet traffic has brought serious concerns about capaci...
Hybrid optical switching (HOS) is a switchingparadigm that aims to combine optical circuit switching...
Abstract—This paper reviews the energy efficiency of optical-packet-switching (OPS) systems in compa...
In this paper a novel control plane for hybrid opticalswitching (HOS) networks is proposed. The cont...
Current data centers networks rely on electronic switching and point-to-point interconnects.When con...
<p>Most transmission systems are based on optical fibers, carrying the traffic at a relatively low ...
Future telecommunication networks will be designed to guarantee energy-efficiency and sustainability...
International audienceThe future of Internet depends on meeting ever-increasing capacity needs while...
The power consumption of a network becomes a critical performance metric for a petabit-per-second sc...
Today, the Internet traffic is growing at a near exponential rate, driven predominately by data cent...
© 2012 Dr. Michael Zhe FengWith the continuous growth of energy consumption in modern telecommunicat...
As Internet traffic grows, current core network technologies will raise issues in terms of energy co...
In the future, the Internet may ultimately be constrained by energy consumption and the capability t...
Hybrid optical switching (HOS) has the potential to provide highly efficient operation through combi...
Hybrid optical switching (HOS) has the potential to provide highly efficient operation through combi...
Abstract The continuous increasing of the Internet traffic has brought serious concerns about capaci...
Hybrid optical switching (HOS) is a switchingparadigm that aims to combine optical circuit switching...
Abstract—This paper reviews the energy efficiency of optical-packet-switching (OPS) systems in compa...
In this paper a novel control plane for hybrid opticalswitching (HOS) networks is proposed. The cont...
Current data centers networks rely on electronic switching and point-to-point interconnects.When con...
<p>Most transmission systems are based on optical fibers, carrying the traffic at a relatively low ...
Future telecommunication networks will be designed to guarantee energy-efficiency and sustainability...
International audienceThe future of Internet depends on meeting ever-increasing capacity needs while...
The power consumption of a network becomes a critical performance metric for a petabit-per-second sc...
Today, the Internet traffic is growing at a near exponential rate, driven predominately by data cent...
© 2012 Dr. Michael Zhe FengWith the continuous growth of energy consumption in modern telecommunicat...