Abstract: This paper describes a millimetre-wave receiver beamforming for interference mitigation as well as array gain enhancement.
Abstract— This paper describes a millimetre-wave receiver beamforming for interference mitigation as well as array gain enhancement.
This paper proposes an algorithm to get received signal information on each antenna so that it can find optimum weight vectors for maximum beamforming gain ...
60-GHz adaptive beamforming receiver arrays for interference mitigation. Choi C., Elkhouly M., Grass E., Scheytt C. Expand.
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Nov 14, 2023 · An advantage of the 60 GHz band is that antenna elements, even for a large array, can easily fit on a PCB of less than 20 cm2. This approach is ...
We consider three techniques of interference mitigation - channelization, sector selection and receive beamforming. First, our results show that channelization ...
Antenna array has several proven benefits in cellular systems base stations, such as increasing the channel capacity and spectrum efficiency arising from ...
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Simulation of Adaptive Array Algorithms for CDMA Systems · A Simple Adaptive Beamforming Algorithm with interference suppression · Navigation accuracy and ...
Chapter 3, Receiver Improvements and VSA Observations, provides details on the improvements made to the VSA RF receiver and observations made with the receiver.
In beamforming, each transmitter/receiver signal is multiplied with complex weights that adjust the phase and magnitude of the signal to and from each antenna.