Unified frame structure

A method of communication for an apparatus, comprising:

• identifying a first structure for scheduling first traffic within a unified frame structure;
• identifying a second structure for scheduling second traffic within the unified frame structure, wherein the second structure schedules at least a portion of the second traffic to puncture at least a portion of the first traffic;
• and
• sending the first traffic and the second traffic according to the first structure and the second structure within the unified frame structure.

An apparatus for communication, comprising:

• means for identifying a first structure for scheduling first traffic within a unified frame structure;
• means for identifying a second structure for scheduling second traffic within the unified frame structure, wherein the second structure schedules at least a portion of the second traffic to puncture at least a portion of the first traffic;
• and
• means for sending the first traffic and the second traffic according to the first structure and the second structure within the unified frame structure.

A non-transitory computer-readable medium storing computer-executable code, including code to:

• identify a first structure for scheduling first traffic within a unified frame structure;
• identify a second structure for scheduling second traffic within the unified frame structure, wherein the second structure schedules at least a portion of the second traffic to puncture at least a portion of the first traffic;
• and
• send the first traffic and the second traffic according to the first structure and the second structure within the unified frame structure.

An apparatus for communication, comprising:

• a communication interface;
• and
• a processing circuit coupled to the communication interface and configured to:
• receive, via the communication interface, first traffic scheduled according to a first structure within a unified frame structure,
• determine whether the first traffic was punctured by second traffic scheduled according to a second structure within the unified frame structure, and
• decode the first traffic based on the determination of whether the first traffic was punctured.

A method of communication for an apparatus, comprising:

• receiving first traffic scheduled according to a first structure within a unified frame structure;
• determining whether the first traffic was punctured by second traffic scheduled according to a second structure within the unified frame structure;
• and
• decoding the first traffic based on the determination of whether the first traffic was punctured.

An apparatus for communication, comprising:

• means for receiving first traffic scheduled according to a first structure within a unified frame structure;
• means for determining whether the first traffic was punctured by second traffic scheduled according to a second structure within the unified frame structure;
• and
• means for decoding the first traffic based on the determination of whether the first traffic was punctured.

A non-transitory computer-readable medium storing computer-executable code, including code to:

• receive first traffic scheduled according to a first structure within a unified frame structure;
• determine whether the first traffic was punctured by second traffic scheduled according to a second structure within the unified frame structure;
• and
• decode the first traffic based on the determination of whether the first traffic was punctured.

An apparatus for communication, comprising:

• a communication interface;
• and
• a processing circuit coupled to the communication interface and configured to:
• identify a first structure for scheduling first traffic within a unified frame structure,
• send, via the communication interface, the first traffic according to the first structure within the unified frame structure, and
• receive, via the communication interface, a code block-level acknowledgement associated with the first traffic.

A method of communication for an apparatus, comprising:

• identifying a first structure for scheduling first traffic within a unified frame structure;
• sending the first traffic according to the first structure within the unified frame structure;
• and
• receiving a code block-level acknowledgement associated with the first traffic.

An apparatus for communication, comprising:

• means for identifying a first structure for scheduling first traffic within a unified frame structure;
• means for sending the first traffic according to the first structure within the unified frame structure;
• and
• means for receiving a code block-level acknowledgement associated with the first traffic.

A non-transitory computer-readable medium storing computer-executable code, including code to:

• identify a first structure for scheduling first traffic within a unified frame structure;
• send the first traffic according to the first structure within the unified frame structure;
• and
• receive a code block-level acknowledgement associated with the first traffic.

An apparatus for communication, comprising:

• a communication interface;
• and
• a processing circuit coupled to the communication interface and configured to:
• identify a first structure for scheduling first traffic within a unified frame structure,
• receive, via the communication interface, the first traffic according to the first structure within the unified frame structure,
• determine whether a block of the first traffic was received in error, and
• send, via the communication interface, a code block-level acknowledgement that indicates whether the block of the first traffic was received in error.

A method of communication for an apparatus, comprising:

• identifying a first structure for scheduling first traffic within a unified frame structure;
• receiving the first traffic according to the first structure within the unified frame structure;
• determining whether a block of the first traffic was received in error;
• and
• sending a code block-level acknowledgement that indicates whether the block of the first traffic was received in error.

An apparatus for communication, comprising:

• means for identifying a first structure for scheduling first traffic within a unified frame structure;
• means for receiving the first traffic according to the first structure within the unified frame structure;
• means for determining whether a block of the first traffic was received in error;
• and
• means for sending a code block-level acknowledgement that indicates whether the block of the first traffic was received in error.

A non-transitory computer-readable medium storing computer-executable code, including code to:

• identify a first structure for scheduling first traffic within a unified frame structure;
• receive the first traffic according to the first structure within the unified frame structure;
• determine whether a block of the first traffic was received in error;
• and
• send a code block-level acknowledgement that indicates whether the block of the first traffic was received in error.