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US 2025/0030581 A1Published application
Data processing method and module, and electronic device and storage medium
AssigneeZte Corporation
InventorsZhifeng YUAN, Jin XU
Life of this patent
Estimating the term…
Abstract
Provided are a data processing method and module, an electronic device, and a storage medium. In the data processing method, mapping bits of N symbols to bit positions of modulation symbols includes mapping all bits of at least one symbol among the N symbols to bit positions of a modulation symbol that have the same reliability level, where N is an integer, and N>1.
Claims21
A data processing method, comprising:
- mapping all bits of at least one symbol among N symbols to bit positions of a modulation symbol that have a same reliability level, wherein N is an integer, and N>1.
A data processing method, comprising:
- in response to determining that a modulation symbol has three or more reliability levels, and a number of bits of a single symbol is greater than or equal to a number of bit positions of a single modulation symbol, mapping all bits of at least one symbol among N symbols to bit positions of the modulation symbol that have different non-lowest reliability levels.
A data processing method, comprising:
- demodulating a modulated signal to obtain a bit sequence and reordering a plurality of bits in the bit sequence according to a preset rule, wherein the preset rule corresponds to a rule used in a process in which the sending end of the modulated signal maps bits of the N symbols to bit positions of modulation symbols;
- and
- obtaining N symbols according to the recorded plurality of bits;
- wherein the modulated signal is generated after a sending end of the modulated signal processes the N symbols by:
- mapping all bits of at least one symbol among N symbols to bit positions of a modulation symbol that have a same reliability level, wherein N is an integer, and N>1;
- or
- mapping all bits of at least one symbol among N symbols to bit positions of the modulation symbol that have different non-lowest reliability levels in response to determining that a modulation symbol has three or more reliability levels, and a number of bits of a single symbol is greater than or equal to a number of bit positions of a single modulation symbol.
4 more elements
17-23. (canceled)
Dependencies are inferred from the claim text.