Energy saving in telecommunications networks has become a well established topic in the research community. We look at the electrical and optical layers of IP-over-WDM networks, and present a list of evaluation criteria for energy-aware adaptive routing solutions (EA-ARSs) from the perspective of a network operator. Furthermore, we briefly explain the adaptive routing solutions originating from the European Union¿s TREND and the FP7 Network of Excellence, show saving of energy consumed by line cards in a reference scenario, and use the evaluation criteria to identify the next steps toward introduction of the EA-ARSs into real operation. © 2013 IEEE
Energy consumption of communication networks is growing very fast due to the rapidly increasing traf...
The energy efficiency in telecommunication networks is gaining more relevance as the Internet traffi...
The challenges imposed by environmental issues, such as global warming and the energy crisis, are de...
Energy saving in telecommunications networks has become a well established topic in the research com...
Energy saving in telecommunications networks has become a well established topic in the research com...
As the Internet expands in terms of users and exchanged traffic, its energy consumption is becoming ...
Abstract—Today’s core networks are permanently powered on and consume non-negligible amounts of ener...
International audienceWe discuss how to save energy in IP-over-WDM networks, presenting the vision o...
We estimate potential energy savings in IP-over-WDM networks achieved by switching off router line c...
The energy consumption of the Internet is exploding due to the increase of the number of devices con...
In this work a mixed integer optimization linear programming (MILP) model was applied to mixed line ...
This work proposes a distributed and adaptive mechanism for saving energy in IP/MPLS over WDM networ...
In those networking scenarios (e.g., the stationary/mobile wireless paradigm) where limited energy s...
© 2012 Dr. Michael Zhe FengWith the continuous growth of energy consumption in modern telecommunicat...
'Traffic-aware' networking is a solution allowing the improvement of the energy efficiency of optica...
Energy consumption of communication networks is growing very fast due to the rapidly increasing traf...
The energy efficiency in telecommunication networks is gaining more relevance as the Internet traffi...
The challenges imposed by environmental issues, such as global warming and the energy crisis, are de...
Energy saving in telecommunications networks has become a well established topic in the research com...
Energy saving in telecommunications networks has become a well established topic in the research com...
As the Internet expands in terms of users and exchanged traffic, its energy consumption is becoming ...
Abstract—Today’s core networks are permanently powered on and consume non-negligible amounts of ener...
International audienceWe discuss how to save energy in IP-over-WDM networks, presenting the vision o...
We estimate potential energy savings in IP-over-WDM networks achieved by switching off router line c...
The energy consumption of the Internet is exploding due to the increase of the number of devices con...
In this work a mixed integer optimization linear programming (MILP) model was applied to mixed line ...
This work proposes a distributed and adaptive mechanism for saving energy in IP/MPLS over WDM networ...
In those networking scenarios (e.g., the stationary/mobile wireless paradigm) where limited energy s...
© 2012 Dr. Michael Zhe FengWith the continuous growth of energy consumption in modern telecommunicat...
'Traffic-aware' networking is a solution allowing the improvement of the energy efficiency of optica...
Energy consumption of communication networks is growing very fast due to the rapidly increasing traf...
The energy efficiency in telecommunication networks is gaining more relevance as the Internet traffi...
The challenges imposed by environmental issues, such as global warming and the energy crisis, are de...