Data indicator and redundancy version for invalid PxSCHS in multi-PxSCH grants

A method, performed by a network entity, for wireless communication, comprising:

• transmitting a downlink control information (DCI) message scheduling a plurality of transmissions in a plurality of different slots, wherein:
• a first set of transmissions of the plurality of transmissions in a first set of slots of the plurality of different slots overlap with a corresponding second set of transmissions scheduled within the first set of slots,
• the DCI message includes a new data indicator (NDI) field comprising a first plurality of NDI bits and a redundancy version (RV) field comprising a second plurality of RV bits,
• each different NDI bit in the first plurality of NDI bits corresponds to a different scheduled transmission in the plurality of transmissions,
• each different RV bit in the second plurality of RV bits corresponds to a different scheduled transmission in the plurality of transmissions, and
• a number of bits of the first plurality of NDI bits and a number of bits of the second plurality of RV bits are equal to a number of scheduled transmissions in the plurality of transmissions;
• and
• communicating a third set of transmissions of the plurality of transmissions that do not overlap with the second set of transmissions scheduled within the first set of slots.

A user equipment (UE), comprising:

• a memory comprising computer-executable instructions;
• and
• one or more processors configured to execute the computer-executable instructions and cause the UE to:
• receive a downlink control information (DCI) message scheduling a plurality of transmissions in a plurality of different slots, wherein:
• a first set of transmissions of the plurality of transmissions in a first set of slots of the plurality of different slots overlap with a corresponding second set of transmissions scheduled within the first set of slots,
• the DCI message includes a new data indicator (NDI) field comprising a first plurality of NDI bits and a redundancy version (RV) field comprising a second plurality of RV bits,
• each different NDI bit in the first plurality of NDI bits corresponds to a different scheduled transmission in the plurality of transmissions,
• each different RV bit in the second plurality of RV bits corresponds to a different scheduled transmission in the plurality of transmissions, and
• a number of bits of the first plurality of NDI bits and a number of bits of the second plurality of RV bits are equal to a number of scheduled transmissions in the plurality of transmissions;
• and
• communicate a third set of transmissions of the plurality of transmissions that do not overlap with the second set of transmissions scheduled within the first set of slots.

A network entity, comprising:

• a memory comprising computer-executable instructions;
• and
• one or more processors configured to execute the computer-executable instructions and cause the network entity to:
• transmit a downlink control information (DCI) message scheduling a plurality of transmissions in a plurality of different slots, wherein:
• a first set of transmissions of the plurality of transmissions in a first set of slots of the plurality of different slots overlap with a corresponding second set of transmissions scheduled within the first set of slots,
• the DCI message includes a new data indicator (NDI) field comprising a first plurality of NDI bits and a redundancy version (RV) field comprising a second plurality of RV bits,
• each different NDI bit in the first plurality of NDI bits corresponds to a different scheduled transmission in the plurality of transmissions,
• each different RV bit in the second plurality of RV bits corresponds to a different scheduled transmission in the plurality of transmissions, and
• a number of bits of the first plurality of NDI bits and a number of bits of the second plurality of RV bits are equal to a number of scheduled transmissions in the plurality of transmissions;
• and
• communicate a third set of transmissions of the plurality of transmissions that do not overlap with the second set of transmissions scheduled within the first set of slots.