Mitigation of bursty interference

A method of wireless communication, comprising:

• receiving, by a mobile device, one or more code blocks and one or more parity check code blocks, each of the one or more code blocks including one or more information bits and each of the one or more parity check code blocks including one or more information bits, and wherein each information bit of a parity check code block of the one or more parity check code blocks corresponds to a different set of information bits of the one or more code blocks;
• decoding, by the mobile device, the one or more code blocks;
• determining, by the mobile device, a number of decoded code blocks that have errors;
• decoding, by the mobile device, the one or more parity check code blocks when one or more of the received code blocks have errors;
• determining, by the mobile device, a number of decoded parity check code blocks that do not have errors;
• and
• correcting, by the mobile device, errors in the decoded code blocks determined to have errors based, at least in part, on the decoded parity check code blocks determined to not have errors to complete the decoding of the one or more code blocks when the number of code blocks that have errors is equal to or less than the number of parity check code blocks determined to not have errors.

A method of wireless communication, comprising:

• receiving, by a mobile device, one or more code blocks and one or more parity check code blocks, each of the one or more code blocks including one or more information bits and each of the one or more parity check code blocks including one or more information bits, and wherein each information bit of a parity check code block of the one or more parity check code blocks corresponds to a different set of information bits of the one or more code blocks;
• decoding, by the mobile device, each of the one or more code blocks, wherein, for each code block, decoding includes generating a logarithm of a likelihood ratio (LLR) value for each bit in the code block based, at least in part, on the one or more information bits in the code block;
• determining, by the mobile device, which code blocks of the one or more code blocks have errors and which code blocks of the one or more code blocks do not have errors;
• decoding, by the mobile device, the one or more parity check code blocks, wherein, for each parity check code block, decoding includes generating an LLR value for each information bits in the parity check code block;
• and
• correcting, by the mobile device, the code blocks determined to have errors based on the LLR value for information bits in the one or more code blocks and the LLR value for information bits in the one or more parity check code blocks, wherein the correcting includes subsequently decoding each of the code blocks determined to have errors, wherein, for each code block subsequently decoded, subsequent decoding includes modifying the LLR value for each bit in the code block based, at least in part, on the previously generated LLR value for information bits in the code block and the LLR value of an information bit in at least one of the received one or more parity check code blocks.

A method of wireless communication, comprising:

• receiving, by a mobile device, one or more code blocks and one or more parity check code blocks, each of the one or more code blocks including one or more information bits and each of the one or more parity check code blocks including one or more information bits, wherein for each parity check code block the one or more information bits correspond to information bits of the one or more code blocks, and wherein each information bit of a parity check code block of the one or more parity check code blocks corresponds to a different set of information bits of the one or more code blocks;
• decoding, by the mobile device, the one or more code blocks;
• and
• correcting, by the mobile device, code blocks, of the one or more code blocks, determined to have errors, based at least in part on the one or more parity check code blocks.