A user equipment comprising: a processor; and an instruction memory storing instructions that, when executed, causes the user equipment to: receive at least one command from a network node (1a-c) to obtain at least first and a second measurement of channel state information and to send these measurements to the network node (1a-c); wherein the instructions to receive at least one command comprise instructions to identify a channel state information reference signal, CSI-RS, resource; obtain at least a first measurement of channel state information and a second measurement of channel state information as a response to the at least one command, and wherein the secondary measurement of channel state information is a measurement on the CSI-RS resource; determine whether an interference corresponding to the second measurement of channel state information occurs during a data reception phase by comparing two hypotheses where interference from a neighbouring network node is present or absent, respectively; and decode received signals, when an interference corresponding to the second measurement of channel state information occurs, based on the second measurement of channel state information. a processor; and an instruction memory storing instructions that, when executed, causes the user equipment to: receive at least one command from a network node (1a-c) to obtain at least first and a second measurement of channel state information and to send these measurements to the network node (1a-c); wherein the instructions to receive at least one command comprise instructions to identify a channel state information reference signal, CSI-RS, resource; obtain at least a first measurement of channel state information and a second measurement of channel state information as a response to the at least one command, and wherein the secondary measurement of channel state information is a measurement on the CSI-RS resource; determine whether an interference corresponding to the second measurement of channel state information occurs during a data reception phase by comparing two hypotheses where interference from a neighbouring network node is present or absent, respectively; and decode received signals, when an interference corresponding to the second measurement of channel state information occurs, based on the second measurement of channel state information. receive at least one command from a network node (1a-c) to obtain at least first and a second measurement of channel state information and to send these measurements to the network node (1a-c); wherein the instructions to receive at least one command comprise instructions to identify a channel state information reference signal, CSI-RS, resource; obtain at least a first measurement of channel state information and a second measurement of channel state information as a response to the at least one command, and wherein the secondary measurement of channel state information is a measurement on the CSI-RS resource; determine whether an interference corresponding to the second measurement of channel state information occurs during a data reception phase by comparing two hypotheses where interference from a neighbouring network node is present or absent, respectively; and decode received signals, when an interference corresponding to the second measurement of channel state information occurs, based on the second measurement of channel state information.