, . . . . 2 . 1 . 1 17 . 6 . 1 1 . 16 1111 16( 13) . 7. ‘ ‘ 1 3 . 1118 1 ’11, 13, 14, 15, 16, 45’ 6 147744 . . 4 1118 19 . 1128 63 1 , 4 .
. , 3 2 . 1118 1 2 72. 1 2 1118 (1,2) 17 . 1111 1 2 97. 1 2 1111 (1,2) 17 . 1 6, 2, 1 . 1RV 1 PRB PRB 1 , 1 DCI PRB PRB .A PRB corresponding to a first codeword having a primary RV is provided by a primary set of a plurality of units of PRBs, the primary set being a beginning PRB and a length of a PRB allocated utilizing a single frequency area resource allocation discipline in DCI. In some embodiments, the PRB corresponding to the first codeword having the primary RV is supplied by a primary set of a plurality of sets of PRBs, the first set being allocated using a single frequency area resource allocation discipline within the DCI.
The following are some examples of indications via a number of DCI fields. Example 2: If the TCI field in DCI indicates two TCI states , one of many fields in DCI might explicitly point out that the type of FDM scheme is getting used. 6 shows an example of an SDM scheme with a single RV during which a PDSCH having two spatial layers, one from every TRP, is transmitted to a UE. Chase Combining (CC) may be performed when the same RV is used in two TRPs (eg, a first codeword having RVO in TRP1 and a second codeword having RV0 in TRP2). 3 , , 2 PDSCH , UE 2 PDSCH (gentle combining) . . . , .
. 4. ? , . . . . . . (2042), (2002) , UE(2014) . 20 (2002), (2018) UE(2014), 19 (1916), (1906A, 1906B, 1906C) UE(1912, 1914) . , PDCCH .