Adjusted fractally enhanced kernel polar codes for achievable signal-to-noise ratio spike mitigation

A method for wireless communication, comprising:

• receiving a polar-encoded codeword comprising a plurality of encoded information bits, the polar-encoded codeword generated based at least in part on a fractally enhanced kernel polar code construction;
• and
• performing a decoding process on the polar-encoded codeword, the decoding process comprising:
• determining an aggregate number of information bits, wherein the aggregate number of information bits is equal to a sum of a number of bits of the plurality of encoded information bits and an additional number of bits;
• identifying allocated information bit channels according to the fractally enhanced kernel polar code construction and the aggregate number of information bits;
• removing a number of allocated information bit channels from the identified allocated information bit channels to obtain a final set of allocated information bit channels, wherein the number of removed allocated information bit channels is equal to the additional number of bits;
• and
• decoding the plurality of encoded information bits based at least in part on the final set of allocated information bit channels.

An apparatus for wireless communication, comprising:

• means for identifying a plurality of information bits comprising a number of bits for encoding;
• means for determining an aggregate number of information bits for fractally enhanced kernel polar code construction, wherein the aggregate number of information bits is equal to a sum of the number of bits for encoding and an additional number of bits;
• means for allocating a total number of information bit channels according to the fractally enhanced kernel polar code construction and the aggregate number of information bits;
• means for removing a number of allocated information bit channels from the total number of information bit channels to obtain a final set of allocated information bit channels, wherein the number of removed allocated information bit channels is equal to the additional number of bits;
• means for generating a polar-encoded codeword based at least in part on assigning the plurality of information bits to the final set of allocated information bit channels;
• and
• means for transmitting the polar-encoded codeword.

An apparatus for wireless communication, comprising:

• means for receiving a polar-encoded codeword comprising a plurality of encoded information bits, the polar-encoded codeword generated based at least in part on a fractally enhanced kernel polar code construction;
• and
• means for performing a decoding process on the polar-encoded codeword, the decoding process comprising:
• means for determining an aggregate number of information bits, wherein the aggregate number of information bits is equal to a sum of a number of bits of the plurality of encoded information bits and an additional number of bits;
• means for identifying allocated information bit channels according to the fractally enhanced kernel polar code construction and the aggregate number of information bits;
• means for removing a number of allocated information bit channels from the identified allocated information bit channels to obtain a final set of allocated information bit channels, wherein the number of removed allocated information bit channels is equal to the additional number of bits;
• and
• means for decoding the plurality of encoded information bits based at least in part on the final set of allocated information bit channels.

An apparatus for wireless communication, comprising:

• a processor;
• memory in electronic communication with the processor;
• and
• instructions stored in the memory and executable by the processor to cause the apparatus to:
• identify a plurality of information bits comprising a number of bits for encoding;
• determine an aggregate number of information bits for fractally enhanced kernel polar code construction, wherein the aggregate number of information bits is equal to a sum of the number of bits for encoding and an additional number of bits;
• allocate a total number of information bit channels according to the fractally enhanced kernel polar code construction and the aggregate number of information bits;
• remove a number of allocated information bit channels from the total number of information bit channels to obtain a final set of allocated information bit channels, wherein the number of removed allocated information bit channels is equal to the additional number of bits;
• generate a polar-encoded codeword based at least in part on assigning the plurality of information bits to the final set of allocated information bit channels;
• and
• transmit the polar-encoded codeword.

An apparatus for wireless communication, comprising:

• a processor;
• memory in electronic communication with the processor;
• and
• instructions stored in the memory and executable by the processor to cause the apparatus to:
• receive a polar-encoded codeword comprising a plurality of encoded information bits, the polar-encoded codeword generated based at least in part on a fractally enhanced kernel polar code construction;
• and
• perform a decoding process on the polar-encoded codeword, the decoding process comprising instructions executable by the processor to cause the apparatus to:
• determine an aggregate number of information bits, wherein the aggregate number of information bits is equal to a sum of a number of bits of the plurality of encoded information bits and an additional number of bits;
• identify allocated information bit channels according to the fractally enhanced kernel polar code construction and the aggregate number of information bits;
• remove a number of allocated information bit channels from the identified allocated information bit channels to obtain a final set of allocated information bit channels, wherein the number of removed allocated information bit channels is equal to the additional number of bits;
• and
• decode the plurality of encoded information bits based at least in part on the final set of allocated information bit channels.

A non-transitory computer-readable medium storing code for wireless communication, the code comprising instructions executable by a processor to:

• identify a plurality of information bits comprising a number of bits for encoding;
• determine an aggregate number of information bits for fractally enhanced kernel polar code construction, wherein the aggregate number of information bits is equal to a sum of the number of bits for encoding and an additional number of bits;
• allocate a total number of information bit channels according to the fractally enhanced kernel polar code construction and the aggregate number of information bits;
• remove a number of allocated information bit channels from the total number of information bit channels to obtain a final set of allocated information bit channels, wherein the number of removed allocated information bit channels is equal to the additional number of bits;
• generate a polar-encoded codeword based at least in part on assigning the plurality of information bits to the final set of allocated information bit channels;
• and
• transmit the polar-encoded codeword.

A non-transitory computer-readable medium storing code for wireless communication, the code comprising instructions executable by a processor to:

• receive a polar-encoded codeword comprising a plurality of encoded information bits, the polar-encoded codeword generated based at least in part on a fractally enhanced kernel polar code construction;
• and
• perform a decoding process on the polar-encoded codeword, the decoding process comprising instructions executable by the processor to:
• determine an aggregate number of information bits, wherein the aggregate number of information bits is equal to a sum of a number of bits of the plurality of encoded information bits and an additional number of bits;
• identify allocated information bit channels according to the fractally enhanced kernel polar code construction and the aggregate number of information bits;
• remove a number of allocated information bit channels from the identified allocated information bit channels to obtain a final set of allocated information bit channels, wherein the number of removed allocated information bit channels is equal to the additional number of bits;
• and
• decode the plurality of encoded information bits based at least in part on the final set of allocated information bit channels.