A user equipment, UE, comprising: a receiver, which is configured to receive, from a base station, a minimum cross-slot time-domain scheduling parameter, indicating a minimum amount of slots between a scheduling downlink control information, DCI, and an uplink or downlink transmission scheduled by the scheduling DCI, the minimum cross-slot time domain scheduling parameter being carried by a DCI message, processing circuitry, which is configured to determine an updating time at which a previously-received minimum cross-slot time-domain scheduling parameter is to be updated based on the received minimum cross-slot time-domain scheduling parameter, and the processing circuitry, which is configured to update the previously-received minimum cross-slot time-domain scheduling parameter based on the received minimum cross-slot time-domain scheduling parameter at the determined updating time, wherein the updating time is determined based on a message exchanged between the UE and the base station, wherein the message relates to the DCI message carrying the minimum cross-slot time-domain scheduling parameter to be updated, characterized in that 1) in case the minimum cross-slot time-domain scheduling parameter is received in a scheduling DCI message, that schedules a downlink, DL, transmission, 2) in case the scheduled downlink transmission is correctly decoded, 3) the updating time is determined to be after receiving, from the base station, a second scheduling DCI message, indicating that a positive feedback of a retransmission protocol, transmitted by the UE to the base station regarding the correctly decoded downlink transmission, was correctly received by the base station, or 3) the updating time is determined to be after receiving, from the base station, a second scheduling DCI message, indicating that a second downlink transmission, scheduled by the second scheduling DCI message, refers to new data and to a retransmission protocol process that is the same as the one handling the correctly decoded downlink transmission. a receiver, which is configured to receive, from a base station, a minimum cross-slot time-domain scheduling parameter, indicating a minimum amount of slots between a scheduling downlink control information, DCI, and an uplink or downlink transmission scheduled by the scheduling DCI, the minimum cross-slot time domain scheduling parameter being carried by a DCI message, processing circuitry, which is configured to determine an updating time at which a previously-received minimum cross-slot time-domain scheduling parameter is to be updated based on the received minimum cross-slot time-domain scheduling parameter, and the processing circuitry, which is configured to update the previously-received minimum cross-slot time-domain scheduling parameter based on the received minimum cross-slot time-domain scheduling parameter at the determined updating time, wherein the updating time is determined based on a message exchanged between the UE and the base station, wherein the message relates to the DCI message carrying the minimum cross-slot time-domain scheduling parameter to be updated, characterized in that 1) in case the minimum cross-slot time-domain scheduling parameter is received in a scheduling DCI message, that schedules a downlink, DL, transmission, 2) in case the scheduled downlink transmission is correctly decoded, 3) the updating time is determined to be after receiving, from the base station, a second scheduling DCI message, indicating that a positive feedback of a retransmission protocol, transmitted by the UE to the base station regarding the correctly decoded downlink transmission, was correctly received by the base station, or 3) the updating time is determined to be after receiving, from the base station, a second scheduling DCI message, indicating that a second downlink transmission, scheduled by the second scheduling DCI message, refers to new data and to a retransmission protocol process that is the same as the one handling the correctly decoded downlink transmission. 1) in case the minimum cross-slot time-domain scheduling parameter is received in a scheduling DCI message, that schedules a downlink, DL, transmission, 2) in case the scheduled downlink transmission is correctly decoded, 3) the updating time is determined to be after receiving, from the base station, a second scheduling DCI message, indicating that a positive feedback of a retransmission protocol, transmitted by the UE to the base station regarding the correctly decoded downlink transmission, was correctly received by the base station, or 3) the updating time is determined to be after receiving, from the base station, a second scheduling DCI message, indicating that a second downlink transmission, scheduled by the second scheduling DCI message, refers to new data and to a retransmission protocol process that is the same as the one handling the correctly decoded downlink transmission. 3) the updating time is determined to be after receiving, from the base station, a second scheduling DCI message, indicating that a positive feedback of a retransmission protocol, transmitted by the UE to the base station regarding the correctly decoded downlink transmission, was correctly received by the base station, or 3) the updating time is determined to be after receiving, from the base station, a second scheduling DCI message, indicating that a second downlink transmission, scheduled by the second scheduling DCI message, refers to new data and to a retransmission protocol process that is the same as the one handling the correctly decoded downlink transmission.