Urbana-Champaign / San Francisco / Paris / Vienna / Bombay / Barcelona / New York / Yokohama / /
Company
The Climate Group / SCNs / Cisco / Motorola Labs / Alcatel-Lucent Bell Labs / Global e-Sustainability Initiative / /
Country
France / Japan / Germany / Austria / Spain / /
Currency
USD / / /
Event
Employment Change / /
Facility
Keio University / Vienna Research Center / Centre Tecnologic de Telecomunicacions de Catalunya / RWTH Aachen University / /
IndustryTerm
user grouping / wireless modems / cellular systems / communication technology / communication systems / Short-term technology upgrades / wireless link / short-term energy savings e.g. / wireless communications / wireless data services / wireless voice / energy / cooperative networks / mobile applications / mobile/fixed operators / energy consumption / visual networking index / less energy consumption / prospective fourth generation systems / information technology / energy-efficient solution / traffic solutions / energy-follows-load principle / large distributed antenna systems / substantial energy savings / backhaul infrastructure / unprecedented network / wireless channel / local area network / multicell processing / dense smallcell systems / cellular networks / radio network / potential solution / overall energy consumption / line search / energy-efficient way / capacity backhaul infrastructure / signal processing / distributed resource allocation algorithms / exhaustive search / wireless data traffic / wireless communication systems / few additional devices / macrocell equipment / telecommunications equipment manufacturers / multimedia communications / energy-efficient technologies / cell networks / backhaul network / Wireless Commun / possible solution / uplink network / green technologies / unreliable backhaul infrastructure / wireless local area networks / ubiquitous wireless broadband coverage / mobility management / cooperative communications / lesser energy consumption / cooperative small cell systems / e-news / /
MusicAlbum
Telecommunications / /
NaturalFeature
HEIGHTS OF SMALL CELLS COMPARED WITH TRADITIONAL MACROCELLS MAKE RADIO PROPAGATION PREDICTIONS IN / SCNs / /
OperatingSystem
POSEIDON / /
Organization
Institut Eurecom / Supelec / Vienna Research Center for Telecommunications / Ecole Nationale Superieure / RWTH Aachen University / Centre Tecnologic de Telecomunicacions de Catalunya / Ecole Normale Suprieure de Cachan / Institute for Networked Systems / Keio University / /
Person
Mari Kobayashi / Sophia Antipolis / Jakob Hoydis / Me Mari Kobayashi / /
Position
General / Author / senior researcher / professor / research assistant / postdoc researcher / assistant professor / Chair / /
Product
BSs / /
ProvinceOrState
Illinois / /
PublishedMedium
la Recherche / /
Technology
information technology / communication technology / html / optical fiber / TDMA / LAN / broadband / distributed resource allocation algorithms / wireless communications / wireless broadband / pdf / VDSL / Gif / smartphones / http / simulation / local area networks / Digital Object Identifier / /
IEEE-05MVT01-Feature-Temp