| Document Date: 2012-08-03 23:42:58
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City Istanbul / MATLAB / New Haven / / Company Argos / Computer-Communication Networks / Xilinx / CSI / MUBF / / Country Turkey / / Currency USD / / / Event Force Majeure / / Facility terminal SINR / The Xilinx Platform Studio / We store / Rice University / Ethernet port / Yale University / / IndustryTerm wireless channel / wireless base / cellular systems / cellular networks / baseband processing / transceiver chip / inverse algorithm / kHz carrier width / wireless systems / real-time applications / wireless operators / state-of-the art hardware / real-world hardware / wireless standards / it in software / physical wireless channel / per-terminal transmission energy optimality / wireless system / realistic wireless networks / manufacturing deviations / data-hungry applications / Wireless Communication Keywords Large-scale Antenna Systems / simplest beamforming algorithm / scale systems / programmable wireless platform / wireless traffic / / MusicGroup ISM / / NaturalFeature Shannon / / Organization Rice University / Houston / Yale University / US Federal Reserve / / Person Murray Hill / / Position central controller / controller / / ProgrammingLanguage MATLAB / C / Simulink / / PublishedMedium the Maxim / / Technology FPGA / radiation / inverse algorithm / simplest beamforming algorithm / API / beamforming algorithm / 2829 transceiver chip / ethernet / smartphones / /
SocialTag |
Argos: Practical Many-Antenna Base Stations Clayton Shepard1 , Hang Yu1 , Narendra Anand1 , Li Erran Li2 , Thomas Marzetta2 , Richard Yang3 , and Lin Zhong1 1 Rice University, Houston, TX