Terminal and radio communication method
One aspect of a terminal of the present disclosure includes: a receiving section configured to receive one or more shared channels scheduled by using a downlink control channel allocated in a plurality of slots; and a control section configured to determine allocation of the shared channel in a time direction based on allocation information regarding allocation of the shared channel in the time direction notification of which is given by the downlink control channel and on a reference point configured in a specific slot among the plurality of slots.
1. A terminal comprising:
a receiver configured to receive at least one shared channel scheduled by using a plurality of downlink control channels allocated in a plurality of slots, respectively; and
a processor configured to determine allocation of the at least one shared channel in a time domain based on:
allocation information regarding allocation of the at least one shared channel in the time domain, notification of the allocation information given by the plurality of downlink control channels, and
a reference point configured for the plurality of slots,
wherein out of the at least one shared channel, a first shared channel in the time domain is allocated after a last downlink control channel in the time domain out of the plurality of downlink control channels.
2. The terminal according to claim 1 , wherein the plurality of downlink control channels are allocated in the plurality of slots for downlink control channel repetition transmission.
3. The terminal according to claim 1 , wherein the processor applies a different reference point to each of a plurality of the allocation information corresponding to the plurality of downlink control channels.
4. The terminal according to claim 1 , wherein the processor applies a same reference point to each of a plurality of the allocation information corresponding to the plurality of downlink control channels.
5. A radio communication method comprising:
receiving at least one shared channel scheduled by using a plurality of downlink control channels allocated in a plurality of slots, respectively; and
determining allocation of the at least one shared channel in a time domain based on:
allocation information regarding allocation of the at least one shared channel in the time domain, notification of the allocation information given by the plurality of downlink control channels, and
a reference point configured for the plurality of slots,
wherein out of the at least one shared channel, a first shared channel in the time domain is allocated after a last downlink control channel in the time domain out of the plurality of downlink control channels.