Multiplexing techniques for simultaneous uplink control channel transmissions on a single component carrier

A method for wireless communication at a user equipment (UE), comprising:

• receiving a first one or more control messages that schedule a first plurality of uplink control channel resources within a slot for transmission of first uplink control information that comprises hybrid automatic repeat request acknowledgement information, scheduling information, channel state information, or a combination thereof, wherein the first plurality of uplink control channel resources are associated with a first control resource set pool index;
• receiving a second one or more control messages that schedule a second plurality of uplink control channel resources within the slot for transmission of second uplink control information that comprises hybrid automatic repeat request acknowledgement information, scheduling information, channel state information, or a combination thereof, wherein the second plurality of uplink control channel resources are associated with a second control resource set pool index;
• multiplexing the first plurality of uplink control channel resources in accordance with one or more uplink multiplexing rules, wherein multiplexing the first plurality of uplink control channel resources results in a first one or more uplink control channel resources;
• multiplexing the second plurality of uplink control channel resources in accordance with the one or more uplink multiplexing rules, wherein multiplexing the second plurality of uplink control channel resources results in a second one or more uplink control channel resources;
• and
• transmitting at least a portion of the first uplink control information on the first one or more uplink control channel resources and at least a portion of the second uplink control information on the second one or more uplink control channel resources.

A user equipment (UE) for wireless communication, comprising:

• one or more memories storing processor-executable code;
• and
• one or more processors coupled with the one or more memories and operable to execute the code to cause the UE to:
• receive a first one or more control messages that schedule a first plurality of uplink control channel resources within a slot for transmission of first uplink control information that comprises hybrid automatic repeat request acknowledgement information, scheduling information, channel state information, or a combination thereof, wherein the first plurality of uplink control channel resources are associated with a first control resource set pool index;
• receive a second one or more control messages that schedule a second plurality of uplink control channel resources within the slot for transmission of second uplink control information that comprises hybrid automatic repeat request acknowledgement information, scheduling information, channel state information, or a combination thereof, wherein the second plurality of uplink control channel resources are associated with a second control resource set pool index;
• multiplex the first plurality of uplink control channel resources in accordance with one or more uplink multiplexing rules, wherein multiplexing the first plurality of uplink control channel resources results in a first one or more uplink control channel resources;
• multiplex the second plurality of uplink control channel resources in accordance with the one or more uplink multiplexing rules, wherein multiplexing the second plurality of uplink control channel resources results in a second one or more uplink control channel resources;
• and
• transmit at least a portion of the first uplink control information on the first one or more uplink control channel resources and at least a portion of the second uplink control information on the second one or more uplink control channel resources.

A user equipment (UE) for wireless communication, comprising:

• means for receiving a first one or more control messages that schedule a first plurality of uplink control channel resources within a slot for transmission of first uplink control information that comprises hybrid automatic repeat request acknowledgement information, scheduling information, channel state information, or a combination thereof, wherein the first plurality of uplink control channel resources are associated with a first control resource set pool index;
• means for receiving a second one or more control messages that schedule a second plurality of uplink control channel resources within the slot for transmission of second uplink control information that comprises hybrid automatic repeat request acknowledgement information, scheduling information, channel state information, or a combination thereof, wherein the second plurality of uplink control channel resources are associated with a second control resource set pool index;
• means for multiplexing the first plurality of uplink control channel resources in accordance with one or more uplink multiplexing rules, wherein multiplexing the first plurality of uplink control channel resources results in a first one or more uplink control channel resources;
• means for multiplexing the second plurality of uplink control channel resources in accordance with the one or more uplink multiplexing rules, wherein multiplexing the second plurality of uplink control channel resources results in a second one or more uplink control channel resources;
• and
• means for transmitting at least a portion of the first uplink control information on the first one or more uplink control channel resources and at least a portion of the second uplink control information on the second one or more uplink control channel resources.