A method for use in determining a position of a user equipment, the method comprising: measuring, by a wireless transceiver in the user equipment, a plurality of positioning reference, PRS, signals that are synchronized relative to one another, from multiple base stations, to obtain initial positioning measurements; estimating, by a processor in the user equipment, a first plurality of tones of one or more interfering station(s), based on the initial positioning measurements measured in a current cyclical period during which positioning reference signals are transmitted per a transmission schedule, and based on identification of the one or more interfering station(s); mitigating, by the processor in the user equipment, the first plurality of tones of one or more interfering station(s), from the initial positioning measurements measured in the current cyclical period, to obtain modified positioning measurements of the current cyclical period; wherein the modified positioning measurements obtained in a first subframe within the current cyclical period are integrated with the modified positioning measurements obtained in a previous subframe within the current cyclical period; determining, by the processor in the user equipment, a first plurality of arrival times at the user equipment, based at least on the initial positioning measurements; determining, by the processor in the user equipment, a second plurality of arrival times at the user equipment, based at least on the integrated modified positioning measurements; and computing, by the processor in the user equipment, a position of the user equipment based, at least in part, on the first plurality of arrival times and the second plurality of arrival times. measuring, by a wireless transceiver in the user equipment, a plurality of positioning reference, PRS, signals that are synchronized relative to one another, from multiple base stations, to obtain initial positioning measurements; estimating, by a processor in the user equipment, a first plurality of tones of one or more interfering station(s), based on the initial positioning measurements measured in a current cyclical period during which positioning reference signals are transmitted per a transmission schedule, and based on identification of the one or more interfering station(s); mitigating, by the processor in the user equipment, the first plurality of tones of one or more interfering station(s), from the initial positioning measurements measured in the current cyclical period, to obtain modified positioning measurements of the current cyclical period; wherein the modified positioning measurements obtained in a first subframe within the current cyclical period are integrated with the modified positioning measurements obtained in a previous subframe within the current cyclical period; determining, by the processor in the user equipment, a first plurality of arrival times at the user equipment, based at least on the initial positioning measurements; determining, by the processor in the user equipment, a second plurality of arrival times at the user equipment, based at least on the integrated modified positioning measurements; and computing, by the processor in the user equipment, a position of the user equipment based, at least in part, on the first plurality of arrival times and the second plurality of arrival times.