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  4. Low-Complexity Accurate Mmwave Positioning For Single-Antenna Users Based On Angle-Of-Departure And Adaptive Beamforming
  5. Low-Complexity Accurate Mmwave Positioning For Single-Antenna Users Based On Angle-Of-Departure And Adaptive Beamforming
Low-Complexity Accurate Mmwave Positioning For Single-Antenna Users Based On Angle-Of-Departure And Adaptive Beamforming

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Low-Complexity Accurate Mmwave Positioning For Single-Antenna Users Based On Angle-Of-Departure And Adaptive Beamforming

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Low-Complexity Accurate Mmwave Positioning For Single-Antenna Users Based On Angle-Of-Departure And Adaptive Beamforming

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The problem of position estimation of a mobile user equipped with a single antenna receiver using downlink transmissions in addressed. The advantages of this setup compared to the classical MIMO and uplink scenarios are analyzed in terms of achievable the
The problem of position estimation of a mobile user equipped with a single antenna receiver using downlink transmissions in addressed. The advantages of this setup compared to the classical MIMO and uplink scenarios are analyzed in terms of achievable the

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