A user equipment, UE (102, 2202, 2302, 2502), comprising: a receiving unil (120, 2243, 2320, 2520), a transmitting unit (158, 2251, 2358, 2558), a processor (124, 2223, 2303, 2524), and a memory; wherein, the receiving unit (120, 2243, 2320, 2520) is configured to: receive system information comprising first information of a first time domain resource assignment including a first slot offset for a physical downlink shared channel, PDSCH, receive a dedicated radio resource control, RRC, signal comprising second information of a second time domain resource assignment including a second slot offset for the PDSCH, detect a physical downlink control channel, PDCCH, wherein the first time domain resource assignment for the PDSCH and the second time domain resource assignment for the PDSCH are each a time domain resource assignment based on a slot offset between a first slot at which the PDCCH is detected and a second slot at which the PDSCH is received, perform, in response to detecting the PDCCH, the reception of the PDSCH based on one of: the first information or the second information; and use, in response to the detection of the PDCCH, the second information for the reception of the PDSCH when both the first information and the second information have been received and the second information has overridden the first information. a transmitting unit (158, 2251, 2358, 2558), a processor (124, 2223, 2303, 2524), and a memory; wherein, the receiving unit (120, 2243, 2320, 2520) is configured to: receive system information comprising first information of a first time domain resource assignment including a first slot offset for a physical downlink shared channel, PDSCH, receive a dedicated radio resource control, RRC, signal comprising second information of a second time domain resource assignment including a second slot offset for the PDSCH, detect a physical downlink control channel, PDCCH, wherein the first time domain resource assignment for the PDSCH and the second time domain resource assignment for the PDSCH are each a time domain resource assignment based on a slot offset between a first slot at which the PDCCH is detected and a second slot at which the PDSCH is received, perform, in response to detecting the PDCCH, the reception of the PDSCH based on one of: the first information or the second information; and use, in response to the detection of the PDCCH, the second information for the reception of the PDSCH when both the first information and the second information have been received and the second information has overridden the first information. receive system information comprising first information of a first time domain resource assignment including a first slot offset for a physical downlink shared channel, PDSCH, receive a dedicated radio resource control, RRC, signal comprising second information of a second time domain resource assignment including a second slot offset for the PDSCH, detect a physical downlink control channel, PDCCH, wherein the first time domain resource assignment for the PDSCH and the second time domain resource assignment for the PDSCH are each a time domain resource assignment based on a slot offset between a first slot at which the PDCCH is detected and a second slot at which the PDSCH is received, perform, in response to detecting the PDCCH, the reception of the PDSCH based on one of: the first information or the second information; and use, in response to the detection of the PDCCH, the second information for the reception of the PDSCH when both the first information and the second information have been received and the second information has overridden the first information.