This slide deck has been prepared for an upcoming workshop between Bell Labs and the University of Cambridge, UK to discuss mutual interests in green communication and networking and explore potent
Future wireless communication systems have been imposed high requirement on power efficiency for operator's profitability as well as to alleviate ICT global carbon emission.
Wireless communications have already shaped our daily life by providing seamless radio access worldwide.
The global network energy consumption is increasing at an alarming rate due to proliferation of the Internet and its increasing bandwidth-intensive applications.
The global network energy consumption is increasing at an alarming rate due to proliferation of the Internet and its increasing bandwidth-intensive applications.
With the explosive growth in the number of wireless users and the data traffic needs, how to improve coverage and provide ubiquitous broadband access causes a great challenge for operators.
While cryptocurrencies continue to gain popularity, their energy cost is increasingly becoming unsustainable.
The main goal of EARTH project is to reduce the power consumption of cellular networks by 50%.
We propose a torus topology to interconnect Optical Slot Switching rings using elastic-rate transponders.
This paper analyzes energy and power consumption of integrated optical/wireless in-building networks, with the goal of identifying energy hogs and finding ways to reduce the overall energy consumpt
