This disquisition presents a energy consumption in a network which is a important physical factor against this everlasting increase in network traffic. Since current equipment in network consumes energy inefficiently due to poor energy load proportionality we have modeled a packet optical transport networks. By employing integer linear programming (ILP), we model and optimize the energy consumption of IP/WDM (IP/WDM) networks with traffic-grooming cross layer designs. Also our study shows the energy savings in IP/WDM network. In addition to that for energy proportionality of network equipment different network schemes are required. Keywords Cross-layer design, optical networks, minimal energy control network. 1
In the next 10 to 15 years the Internet will undergo a substantial increase especially with respect...
In this paper, the power consumption of a transparent circuit-switched wavelength-division multiplex...
Today's “green thrust” has been completely steering the evolution of our society. Therefore, since e...
We consider the power-efficient design of an Internet protocol (IP)-over-wavelength division multipl...
We consider the power-efficient design of an Internet protocol (IP)-over-wavelength division multipl...
Abstract—On a router-port basis, our previous study [1] found that lightpath bypass strategy can sig...
In this work a mixed integer optimization linear programming (MILP) model was applied to mixed line ...
The energy consumption of the Internet is exploding due to the increase of the number of devices con...
Abstract—Optical network nodes typically have to process varying traffic volumes and should therefor...
As the Internet expands in terms of users and exchanged traffic, its energy consumption is becoming ...
In the last decade, the bandwidth of the Internet has grown by 50-100 times, thus more power consumi...
Scaling traditional telecommunication networks so that they are able to cope with the volume of futu...
We estimate potential energy savings in IP-over-WDM networks achieved by switching off router line c...
Energy consumption of communication networks is growing very fast due to the rapidly increasing traf...
Today Energy Consumption is one of the fundamental topics also for telecommunication networks. In th...
In the next 10 to 15 years the Internet will undergo a substantial increase especially with respect...
In this paper, the power consumption of a transparent circuit-switched wavelength-division multiplex...
Today's “green thrust” has been completely steering the evolution of our society. Therefore, since e...
We consider the power-efficient design of an Internet protocol (IP)-over-wavelength division multipl...
We consider the power-efficient design of an Internet protocol (IP)-over-wavelength division multipl...
Abstract—On a router-port basis, our previous study [1] found that lightpath bypass strategy can sig...
In this work a mixed integer optimization linear programming (MILP) model was applied to mixed line ...
The energy consumption of the Internet is exploding due to the increase of the number of devices con...
Abstract—Optical network nodes typically have to process varying traffic volumes and should therefor...
As the Internet expands in terms of users and exchanged traffic, its energy consumption is becoming ...
In the last decade, the bandwidth of the Internet has grown by 50-100 times, thus more power consumi...
Scaling traditional telecommunication networks so that they are able to cope with the volume of futu...
We estimate potential energy savings in IP-over-WDM networks achieved by switching off router line c...
Energy consumption of communication networks is growing very fast due to the rapidly increasing traf...
Today Energy Consumption is one of the fundamental topics also for telecommunication networks. In th...
In the next 10 to 15 years the Internet will undergo a substantial increase especially with respect...
In this paper, the power consumption of a transparent circuit-switched wavelength-division multiplex...
Today's “green thrust” has been completely steering the evolution of our society. Therefore, since e...