| Document Date: 2013-04-30 23:55:30
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City Taipei / / Company Altera / Netgear / Computer-Communication Networks / MIMO Systems / IEEE Journal / Intel / CSI / / Currency USD / / / Facility Lin Zhong Rice University / Port Gigabit Stackable Switch / Institute of Technology / / IndustryTerm realtime systems / cellular systems / cellular networks / baseband processing / cellular wireless / higherend hardware / inverse algorithm / dedicated inversion hardware / communication systems / wireless systems / performance central processor / low-end hardware / Wireless Communications / physical wireless channel / lowend hardware / energy / carrier frequency / less-capable hardware / order design systems / Wireless Communication Keywords Large-scale Antenna Systems / non-parallelizable algorithms / data transportation results / wideband systems / Wireless LANs / large scale antenna systems / round trip transportation / predominant algorithms / linear precoding algorithm / real-world systems / transportation system / large-scale antenna systems / / MusicGroup MHz / / Organization Rice University / Houston / National Science Foundation / ASIC / Institute of Technology / / Person Edward Knightly / Lin Zhong / Chris Hunter / Ashutosh Sabharwal / Patrick Murphy / Clayton Shepard / / Position central controller / forward / / Product C -1 Ct / T-1 / T-1 Nb / / Technology FPGA / central processor / inverse algorithm / T-1 / performance central processor / fiber optic / two predominant algorithms / MRI / Ethernet / ASIC / non-parallelizable algorithms / precoding algorithm / Gigabit / SIMULATION / linear precoding algorithm / Gigabit Ethernet / / URL www.infinibandta.org / www.netgear.com/business/products / www.altera.com/literature/ug/ug_altfp_mfug.pdf / /
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Practical Performance of MU-MIMO Precoding in Many-Antenna Base Stations Clayton Shepard∗ , Narendra Anand∗ , and Lin Zhong Rice University, Houston, TX {cws, nanand, lzhong}@rice.edu