A method for wireless communication comprising: transmitting a plurality of directional synchronization signals to a plurality of receivers from which a set of receivers is selected; receiving, from each receiver of the plurality of receivers, a feedback message comprising communication parameters; determining at least two beamforming directions associated with simultaneous communications to the set of receivers, wherein each receiver (115-a, 115-b) of the set of receivers is associated with a different one of the at least two beamforming directions (d1; d2); identifying a performance metric associated with each receiver of the set of receivers based on the communication parameters, wherein the performance metric is based on a transmit power metric associated with a signal-to-noise ratio, SNR, associated with each receiver (115-a, 115-b) and a beamforming direction metric associated with an angle of departure associated with communications to each receiver (115-a, 115-b), wherein the set of receivers is determined so that the difference in transmit power metric between each receiver of the set is less than a first threshold value and the difference in beamforming direction metric between each receiver in the set is greater than a second threshold value; determining the at least two beamforming directions (d1; d2) based on the performance metric associated with each receiver; scheduling resources for simultaneous communications with the set of receivers based on the identified at least two beamforming directions (d1; d2); and scheduling simultaneous transmissions to the set of receivers using the scheduled resources. transmitting a plurality of directional synchronization signals to a plurality of receivers from which a set of receivers is selected; receiving, from each receiver of the plurality of receivers, a feedback message comprising communication parameters; determining at least two beamforming directions associated with simultaneous communications to the set of receivers, wherein each receiver (115-a, 115-b) of the set of receivers is associated with a different one of the at least two beamforming directions (d1; d2); identifying a performance metric associated with each receiver of the set of receivers based on the communication parameters, wherein the performance metric is based on a transmit power metric associated with a signal-to-noise ratio, SNR, associated with each receiver (115-a, 115-b) and a beamforming direction metric associated with an angle of departure associated with communications to each receiver (115-a, 115-b), wherein the set of receivers is determined so that the difference in transmit power metric between each receiver of the set is less than a first threshold value and the difference in beamforming direction metric between each receiver in the set is greater than a second threshold value; determining the at least two beamforming directions (d1; d2) based on the performance metric associated with each receiver; scheduling resources for simultaneous communications with the set of receivers based on the identified at least two beamforming directions (d1; d2); and scheduling simultaneous transmissions to the set of receivers using the scheduled resources.