A method for co-scheduling wireless devices (150a, 150b, 150c, 150d) in a communications network, the method being performed by a network node, the method comprising: obtaining first directional information indicating direction of transmission towards a first wireless device, wherein the direction of transmission is associated with an angular spread determined from a directional power spectrum (510, 610, 710); obtaining second directional information indicating direction of transmission towards a second wireless device, wherein the direction of transmission is associated with an angular spread determined from a directional power spectrum (510, 610, 710); wherein: - the angular spread (170a, 170b) of direction (160a, 160b) of transmission towards the first or second wireless device (150a, 150b) is determined from at least one of uplink signals, channel state information, CSI, reports, feedback reports, and reference signal received power, RSRP, reports, and the uplink signals, CSI reports, feedback reports, and RSRP are received from a further wireless device, the further wireless device indicating same direction of transmission as the first wireless device, and/or - the angular spread of direction of transmission towards the first wireless device is determined based on at least two precoding matrix indicator, PMI, reports of the first wireless device and/or at least two channel quality indicator, CQI, reports of the first wireless device, and the at least two PMI reports correspond to mutually orthogonal transmission beams, and/or - the angular spread of the direction of transmission towards the first wireless device is determined according to center of gravity of the directional power spectrum (510, 610, 710); and rejecting (Sio8a) a hypothesis of co-scheduling the first wireless device and the second wireless device when at least one of: the direction of transmission towards the second wireless device, and the angular spread of the direction of transmission towards the second wireless device, is within angular spread of the direction of transmission towards the first wireless device. obtaining first directional information indicating direction of transmission towards a first wireless device, wherein the direction of transmission is associated with an angular spread determined from a directional power spectrum (510, 610, 710); obtaining second directional information indicating direction of transmission towards a second wireless device, wherein the direction of transmission is associated with an angular spread determined from a directional power spectrum (510, 610, 710); wherein: - the angular spread (170a, 170b) of direction (160a, 160b) of transmission towards the first or second wireless device (150a, 150b) is determined from at least one of uplink signals, channel state information, CSI, reports, feedback reports, and reference signal received power, RSRP, reports, and the uplink signals, CSI reports, feedback reports, and RSRP are received from a further wireless device, the further wireless device indicating same direction of transmission as the first wireless device, and/or - the angular spread of direction of transmission towards the first wireless device is determined based on at least two precoding matrix indicator, PMI, reports of the first wireless device and/or at least two channel quality indicator, CQI, reports of the first wireless device, and the at least two PMI reports correspond to mutually orthogonal transmission beams, and/or - the angular spread of the direction of transmission towards the first wireless device is determined according to center of gravity of the directional power spectrum (510, 610, 710); and - the angular spread (170a, 170b) of direction (160a, 160b) of transmission towards the first or second wireless device (150a, 150b) is determined from at least one of uplink signals, channel state information, CSI, reports, feedback reports, and reference signal received power, RSRP, reports, and the uplink signals, CSI reports, feedback reports, and RSRP are received from a further wireless device, the further wireless device indicating same direction of transmission as the first wireless device, and/or - the angular spread of direction of transmission towards the first wireless device is determined based on at least two precoding matrix indicator, PMI, reports of the first wireless device and/or at least two channel quality indicator, CQI, reports of the first wireless device, and the at least two PMI reports correspond to mutually orthogonal transmission beams, and/or - the angular spread of the direction of transmission towards the first wireless device is determined according to center of gravity of the directional power spectrum (510, 610, 710); and rejecting (Sio8a) a hypothesis of co-scheduling the first wireless device and the second wireless device when at least one of: the direction of transmission towards the second wireless device, and the angular spread of the direction of transmission towards the second wireless device, is within angular spread of the direction of transmission towards the first wireless device.