A method of transmitting data in a wireless communication network, comprising: receiving precoding information sent by a first user equipment, UE (120a - 120d) to a cell (110a, 110b) serving the first UE (120a - 120d); receiving spatial feedback information, SFI, sent by a second UE (120a - 120d) to the cell, the second UE (120a - 120d) not being served by the cell (110a, 110b) but by a second cell; determining whether to schedule the first user equipment 120a - 120d) based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d): and if a decision is made to schedule the first UE, performing the following steps: selecting a precoding matrix, based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d), for steering the data transmission toward the first user equipment 120a - 120d) and away from the second user equipment (120a - 120d); and sending a data transmission by the cell (110a, 110b) using the selected precoding matrix wherein the SFI is sent by the second UE (120a - 120d) to the cell (110a, 110b) in response to an SFI request sent by a second cell (110a, 110b) to the second UE (120a - 120d). receiving precoding information sent by a first user equipment, UE (120a - 120d) to a cell (110a, 110b) serving the first UE (120a - 120d); receiving spatial feedback information, SFI, sent by a second UE (120a - 120d) to the cell, the second UE (120a - 120d) not being served by the cell (110a, 110b) but by a second cell; determining whether to schedule the first user equipment 120a - 120d) based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d): and if a decision is made to schedule the first UE, performing the following steps: selecting a precoding matrix, based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d), for steering the data transmission toward the first user equipment 120a - 120d) and away from the second user equipment (120a - 120d); and sending a data transmission by the cell (110a, 110b) using the selected precoding matrix wherein the SFI is sent by the second UE (120a - 120d) to the cell (110a, 110b) in response to an SFI request sent by a second cell (110a, 110b) to the second UE (120a - 120d). determining whether to schedule the first user equipment 120a - 120d) based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d): and if a decision is made to schedule the first UE, performing the following steps: selecting a precoding matrix, based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d), for steering the data transmission toward the first user equipment 120a - 120d) and away from the second user equipment (120a - 120d); and sending a data transmission by the cell (110a, 110b) using the selected precoding matrix wherein the SFI is sent by the second UE (120a - 120d) to the cell (110a, 110b) in response to an SFI request sent by a second cell (110a, 110b) to the second UE (120a - 120d). selecting a precoding matrix, based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d), for steering the data transmission toward the first user equipment 120a - 120d) and away from the second user equipment (120a - 120d); and sending a data transmission by the cell (110a, 110b) using the selected precoding matrix wherein the SFI is sent by the second UE (120a - 120d) to the cell (110a, 110b) in response to an SFI request sent by a second cell (110a, 110b) to the second UE (120a - 120d).