About: System Model

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We consider a MU-MIMO downlink channel which comprises a base station (BS) and mobile stations (MSs). The BS has multiple transmit antennas of elements while each MS has a single antenna. By the exploitation of multiple transmit antennas in a multiple user environment, the network is able to provide high through performance. Moreover, the required complexity for each mobile is much lower than the single user MIMO scheme, which mandates each mobile to have more than one antenna.

Attributes	Values
rdfs:label	System Model
rdfs:comment	We consider a MU-MIMO downlink channel which comprises a base station (BS) and mobile stations (MSs). The BS has multiple transmit antennas of elements while each MS has a single antenna. By the exploitation of multiple transmit antennas in a multiple user environment, the network is able to provide high through performance. Moreover, the required complexity for each mobile is much lower than the single user MIMO scheme, which mandates each mobile to have more than one antenna.
sameAs	dbr:System_model
dcterms:subject	MU-MIMO MIMO
abstract	We consider a MU-MIMO downlink channel which comprises a base station (BS) and mobile stations (MSs). The BS has multiple transmit antennas of elements while each MS has a single antenna. By the exploitation of multiple transmit antennas in a multiple user environment, the network is able to provide high through performance. Moreover, the required complexity for each mobile is much lower than the single user MIMO scheme, which mandates each mobile to have more than one antenna.

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