A user equipment, UE, for use in a Long Term Evolution, LTE, or LTE-Advanced wireless communication system, wherein the wireless communication system comprises a plurality of cells comprising a current cell in which the UE is located and at least one neighbor cell, and the UE comprises: a transceiver; a first trigger circuit configured to cause the transceiver to perform a first measurement report, so as to facilitate starting of a relay process for causing the UE to communicate with the current cell via a relay user equipment; a second trigger circuit configured to cause the transceiver to perform a second measurement report, so as to facilitate starting of a handover process for causing the UE to hand over from the current cell to one of the at least one neighbor cells; and one or more processing circuits configured to control the first and second trigger circuits, so as to cause the transceiver to perform the first measurement report prior to the second measurement report; wherein the transceiver is configured to transmit region information to a base station of the current cell to allow at least one selectable candidate relay node to be determined; the second measurement report is a measurement report for an A3 event, and wherein the second trigger circuit is configured to start timing when it is determined that an entering condition for the A3 event is satisfied, the second trigger circuit is reset when it is determined that a leaving condition for the A3 event is satisfied, and the transceiver is caused to perform the second measurement report so as to facilitate starting of the handover process when a result of the timing of the second trigger circuit reaches trigger time TTT_A3; the first measurement report is a measurement report for a relay event, wherein the processing circuit is configured to configure the relay event, such that the first trigger circuit starts timing when it is determined that an entering condition for the relay event is satisfied, the first trigger circuit is reset when it is determined that a leaving condition for the relay event is satisfied, and the transceiver is caused to perform the first measurement report so as to facilitate starting of the relay process when a result of the timing of the first trigger circuit reaches trigger time TTT_R, wherein the processing circuit is configured to configure the entering condition for the relay event, such that the first trigger circuit starts timing prior to the second trigger circuit, and wherein the processing circuit is configured to configure the leaving condition for the relay event, such that the first trigger circuit is reset posterior to the second trigger circuit; and wherein the processing circuit is configured to control the first and second trigger circuits based on a Reference Signal Receiving Power, RSRP, received by the transceiver from the current cell and the neighbor cell. a transceiver; a first trigger circuit configured to cause the transceiver to perform a first measurement report, so as to facilitate starting of a relay process for causing the UE to communicate with the current cell via a relay user equipment; a second trigger circuit configured to cause the transceiver to perform a second measurement report, so as to facilitate starting of a handover process for causing the UE to hand over from the current cell to one of the at least one neighbor cells; and one or more processing circuits configured to control the first and second trigger circuits, so as to cause the transceiver to perform the first measurement report prior to the second measurement report; wherein the transceiver is configured to transmit region information to a base station of the current cell to allow at least one selectable candidate relay node to be determined; the second measurement report is a measurement report for an A3 event, and wherein the second trigger circuit is configured to start timing when it is determined that an entering condition for the A3 event is satisfied, the second trigger circuit is reset when it is determined that a leaving condition for the A3 event is satisfied, and the transceiver is caused to perform the second measurement report so as to facilitate starting of the handover process when a result of the timing of the second trigger circuit reaches trigger time TTT_A3; the first measurement report is a measurement report for a relay event, wherein the processing circuit is configured to configure the relay event, such that the first trigger circuit starts timing when it is determined that an entering condition for the relay event is satisfied, the first trigger circuit is reset when it is determined that a leaving condition for the relay event is satisfied, and the transceiver is caused to perform the first measurement report so as to facilitate starting of the relay process when a result of the timing of the first trigger circuit reaches trigger time TTT_R, wherein the processing circuit is configured to configure the entering condition for the relay event, such that the first trigger circuit starts timing prior to the second trigger circuit, and wherein the processing circuit is configured to configure the leaving condition for the relay event, such that the first trigger circuit is reset posterior to the second trigger circuit; and wherein the processing circuit is configured to control the first and second trigger circuits based on a Reference Signal Receiving Power, RSRP, received by the transceiver from the current cell and the neighbor cell.