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.