1. When the total number of symbols from the symbol index S in the first slot to the last symbol index in the first slot is defined as X, it is configured that L=N_p?(N_s?1)=Np?(N_m+1) and duration D=X/L (or floor (X/L) or ceiling (X/L)).
2. Sub-slot duration PUSCHs of the duration D are repeatedly mapped L times so that the PUSCHs are adjacent to each other, starting from the symbol index S in the first slot (to the in-slot last symbol only in the first slot).
a. In this case, the slot-filling method may be applied to repetition/mapping of the sub-slot duration PUSCHs of the duration D in the corresponding first slot.
3. To configure a slot set, consecutive N_p?L?1 slots are determined as middle slots starting from K+1, which is the slot index immediately following the first slot, and K+N_p?L, which is the slot index immediately following the last middle slot among the middle slots, is determined as the last slot.
II. Step 2
1. For the first slot in the slot set, one or more L sub-slot duration PUSCH resources mapped to the corresponding first slot are determined as L individual/independent PUSCH resources, respectively.
III. Step 3
1. For the last slot in the slot set, a single PUSCH resource having a duration from the first symbol index in the corresponding last slot to the indicated symbol index E is allocated.
a. In 1 of Step 3, the symbol index E may be indicated as one of the following: 1) a symbol index S+O1 obtained by applying a symbol offset O1 to the symbol index S and 2) a symbol index L+O2 obtained by applying a symbol offset O2 to a last symbol index L in the slot. Alternatively, the symbol index E may be determined as one of the symbol indices without separate signaling.