One or more computer-readable media having instructions that, when executed, cause a user equipment to: receive a beacon from a WLAN; receive a radio resource control, "RRC", connection reconfiguration message or a system information block, "SIB", message from an evolved universal terrestrial radio access network, "EUTRAN"; determine, based on the RRC connection reconfiguration message or the SIB message, radio access network, "RAN", assistance parameters for access network selection and traffic steering between the EUTRAN and the WLAN, wherein the RAN assistance parameters include: a WLAN beacon received signal strength indicator, "RSSI", threshold; and an EUTRAN reference signal received power, "RSRP", threshold or an EUTRAN reference signal received quality, "RSRQ", threshold; determine an EUTRAN RSRP or an EUTRAN RSRQ; determine, based on a beacon in the WLAN, a WLAN RSSI; determine that a plurality of steering conditions are met for a predetermined time interval, the plurality of steering conditions to include: the EUTRAN RSRP being less than the EUTRAN RSRP threshold or the EUTRAN RSRQ being less than the EUTRAN RSRQ threshold; and the WLAN RSSI being greater than the WLAN beacon RSSI threshold; or the EUTRAN RSRP being greater than the EUTRAN RSRP threshold and the EUTRAN RSRQ being greater than the EUTRAN RSRQ threshold; and the WLAN RSSI being less than the WLAN beacon RSSI threshold; steer traffic from a first radio of the UE that communicates via the EUTRAN to a second radio of the UE that communicates via the WLAN or from the second radio to the first radio based on said determination that the plurality of steering conditions are met for the predetermined time interval, wherein the RAN assistance parameters received through dedicated signaling via the RRC connection reconfiguration message is applied if the user equipment is in an RRC connected state and the RAN assistance parameters received through broadcast signaling via the system information block message is applied if the user equipment is in an RRC idle state, wherein, in the RRC idle state, the RAN assistance parameters received through dedicated signaling is applied until a cell reselection or handover occurs or a validity timer expires. receive a beacon from a WLAN; receive a radio resource control, "RRC", connection reconfiguration message or a system information block, "SIB", message from an evolved universal terrestrial radio access network, "EUTRAN"; determine, based on the RRC connection reconfiguration message or the SIB message, radio access network, "RAN", assistance parameters for access network selection and traffic steering between the EUTRAN and the WLAN, wherein the RAN assistance parameters include: a WLAN beacon received signal strength indicator, "RSSI", threshold; and an EUTRAN reference signal received power, "RSRP", threshold or an EUTRAN reference signal received quality, "RSRQ", threshold; determine an EUTRAN RSRP or an EUTRAN RSRQ; determine, based on a beacon in the WLAN, a WLAN RSSI; determine that a plurality of steering conditions are met for a predetermined time interval, the plurality of steering conditions to include: the EUTRAN RSRP being less than the EUTRAN RSRP threshold or the EUTRAN RSRQ being less than the EUTRAN RSRQ threshold; and the WLAN RSSI being greater than the WLAN beacon RSSI threshold; or the EUTRAN RSRP being greater than the EUTRAN RSRP threshold and the EUTRAN RSRQ being greater than the EUTRAN RSRQ threshold; and the WLAN RSSI being less than the WLAN beacon RSSI threshold; steer traffic from a first radio of the UE that communicates via the EUTRAN to a second radio of the UE that communicates via the WLAN or from the second radio to the first radio based on said determination that the plurality of steering conditions are met for the predetermined time interval, wherein the RAN assistance parameters received through dedicated signaling via the RRC connection reconfiguration message is applied if the user equipment is in an RRC connected state and the RAN assistance parameters received through broadcast signaling via the system information block message is applied if the user equipment is in an RRC idle state, wherein, in the RRC idle state, the RAN assistance parameters received through dedicated signaling is applied until a cell reselection or handover occurs or a validity timer expires.