A method performed by a user equipment, UE, for receiving, during a time interval having N OFDM symbols, a low latency downlink data transmission having a duration of k orthogonal frequency division multiplexing, OFDM, symbols, N and k are integers, N > k, the method comprising: monitoring configuration signaling concerning a first start location and one or more second start locations at which the UE is to monitor for control information, for each one of the first and second start locations: monitoring for the control information at that start location, wherein the control information indicates whether the downlink data transmission for the UE has been scheduled during the time interval; receiving the control information if there is the control information at that start location; and processing the control information received; characterized in that the downlink data transmission is a low latency downlink data transmission; wherein processing the control information received comprises processing the control information received to determine if the low latency downlink data transmission for the UE has been scheduled, and, if the low latency downlink data transmission for the UE has been scheduled, receiving the low latency downlink data transmission during the time interval; wherein the configuration signaling indicates the first start location and, by indicating the first start location and a periodicity of x, the second start locations; wherein each of the second start locations occurs x OFDM symbols apart from a preceding one of the first and second start locations; wherein x is an integer, wherein the control information is in a first OFDM symbol of a low latency slot, the low latency slot having a time duration that is shorter than the time interval, wherein the first OFDM symbol includes both the control information and some of the low latency downlink data transmission, wherein each of the first and second start locations correspond to the first OFDM symbols of low latency slots. monitoring configuration signaling concerning a first start location and one or more second start locations at which the UE is to monitor for control information, for each one of the first and second start locations: monitoring for the control information at that start location, wherein the control information indicates whether the downlink data transmission for the UE has been scheduled during the time interval; receiving the control information if there is the control information at that start location; and processing the control information received; characterized in that the downlink data transmission is a low latency downlink data transmission; wherein processing the control information received comprises processing the control information received to determine if the low latency downlink data transmission for the UE has been scheduled, and, if the low latency downlink data transmission for the UE has been scheduled, receiving the low latency downlink data transmission during the time interval; monitoring for the control information at that start location, wherein the control information indicates whether the downlink data transmission for the UE has been scheduled during the time interval; receiving the control information if there is the control information at that start location; and processing the control information received; characterized in that the downlink data transmission is a low latency downlink data transmission; wherein processing the control information received comprises processing the control information received to determine if the low latency downlink data transmission for the UE has been scheduled, and, if the low latency downlink data transmission for the UE has been scheduled, receiving the low latency downlink data transmission during the time interval; wherein each of the second start locations occurs x OFDM symbols apart from a preceding one of the first and second start locations; wherein x is an integer, wherein the control information is in a first OFDM symbol of a low latency slot, the low latency slot having a time duration that is shorter than the time interval, wherein the first OFDM symbol includes both the control information and some of the low latency downlink data transmission, wherein each of the first and second start locations correspond to the first OFDM symbols of low latency slots.