Rethinking cellular system architecture for breaking current energy efficiency limits
Base stations have been identified to be the most power consuming part in current mobile
networks. Since their power profile only depends to a small fraction on the actual traffic load …
networks. Since their power profile only depends to a small fraction on the actual traffic load …
[PDF][PDF] Rethinking Cellular System Architecture for Breaking Current Energy Efficiency Limits
A Capone, I Filippini - academia.edu
Base stations have been identified to be the most power consuming part in current mobile
networks. Since their power profile only depends to a small fraction on the actual traffic load …
networks. Since their power profile only depends to a small fraction on the actual traffic load …
[PDF][PDF] Rethinking Cellular System Architecture for Breaking Current Energy Efficiency Limits
A Capone, I Filippini - researchgate.net
Base stations have been identified to be the most power consuming part in current mobile
networks. Since their power profile only depends to a small fraction on the actual traffic load …
networks. Since their power profile only depends to a small fraction on the actual traffic load …
Rethinking cellular system architecture for breaking current energy efficiency limits
A Capone, I Filippini, B Gloss, U Barth - 2012 Sustainable Internet and ICT for … - infona.pl
Base stations have been identified to be the most power consuming part in current mobile
networks. Since their power profile only depends to a small fraction on the actual traffic load …
networks. Since their power profile only depends to a small fraction on the actual traffic load …
[PDF][PDF] Rethinking Cellular System Architecture for Breaking Current Energy Efficiency Limits
A Capone, I Filippini - dl.ifip.org
Base stations have been identified to be the most power consuming part in current mobile
networks. Since their power profile only depends to a small fraction on the actual traffic load …
networks. Since their power profile only depends to a small fraction on the actual traffic load …
Rethinking cellular system architecture for breaking current energy efficiency limits
A Capone, I Filippini, B Gloss, U Barth - 2012 Second IFIP Conference …, 2012 - computer.org
Base stations have been identified to be the most power consuming part in current mobile
networks. Since their power profile only depends to a small fraction on the actual traffic load …
networks. Since their power profile only depends to a small fraction on the actual traffic load …
[引用][C] Rethinking cellular system architecture for breaking current energy efficiency limits
A Capone, I Filippini, B Gloss, U Barth - SustainIT 2012, 2013 - re.public.polimi.it
Rethinking cellular system architecture for breaking current energy efficiency limits IRIS IRIS
Home Sfoglia Macrotipologie & tipologie Autore Titolo Riviste Tipologia Data di pubblicazione …
Home Sfoglia Macrotipologie & tipologie Autore Titolo Riviste Tipologia Data di pubblicazione …
[PDF][PDF] Rethinking Cellular System Architecture for Breaking Current Energy Efficiency Limits
A Capone, I Filippini - researchgate.net
Base stations have been identified to be the most power consuming part in current mobile
networks. Since their power profile only depends to a small fraction on the actual traffic load …
networks. Since their power profile only depends to a small fraction on the actual traffic load …