A method, comprising: measuring, by a user equipment, UE, a first received signal strength indicator, RSSI, of a first cell of a Long-Term Evolution Licensed Assisted Access, LTE-LAA, network, the UE being connected to the first cell, the UE being configured to measure the first RSSI outside of a transmission burst associated with the first cell ; measuring, by the UE , a second RSSI of a second cell of the LTE-LAA network, the UE not being connected to the second cell , the UE being configured to measure the second RSSI outside of a transmission burst associated with the second cell ; and reporting, by the UE , the first and second RSSIs to the LTE-LAA network for the first and second RSSIs be used in cell selection and/or channel selection processes, wherein the UE receives information, from the network, via a Radio Resource Control, RRC, message, indicating a transmission burst timing associated with the first cell , wherein the measuring of the first RSSI, outside of the transmission burst associated with the first cell , is performed based on the transmission burst timing indicated in the RRC message, wherein the UE receives Discovery Reference Signal, DRS, configuration information from the first cell , wherein the DRS configuration information indicates the periodicity and duration of the DRS outputted from the second cell , and wherein the DRS outputted by the second cell is aligned with the transmission burst associated with the second cell , and wherein the measuring of the second RSSI, outside of the transmission burst associated with the second cell , is performed based on the received DRS configuration information. measuring, by a user equipment, UE, a first received signal strength indicator, RSSI, of a first cell of a Long-Term Evolution Licensed Assisted Access, LTE-LAA, network, the UE being connected to the first cell, the UE being configured to measure the first RSSI outside of a transmission burst associated with the first cell ; measuring, by the UE , a second RSSI of a second cell of the LTE-LAA network, the UE not being connected to the second cell , the UE being configured to measure the second RSSI outside of a transmission burst associated with the second cell ; and reporting, by the UE , the first and second RSSIs to the LTE-LAA network for the first and second RSSIs be used in cell selection and/or channel selection processes, wherein the UE receives information, from the network, via a Radio Resource Control, RRC, message, indicating a transmission burst timing associated with the first cell , wherein the measuring of the first RSSI, outside of the transmission burst associated with the first cell , is performed based on the transmission burst timing indicated in the RRC message, wherein the UE receives Discovery Reference Signal, DRS, configuration information from the first cell , wherein the DRS configuration information indicates the periodicity and duration of the DRS outputted from the second cell , and wherein the DRS outputted by the second cell is aligned with the transmission burst associated with the second cell , and wherein the measuring of the second RSSI, outside of the transmission burst associated with the second cell , is performed based on the received DRS configuration information. <EOS>