Bit allocation for encoding and decoding
A coding and bit technology, applied in the field of bit allocation, which can solve the problems of complex storage space calculation and heavy resources, etc.
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[0073] An encoder may include multiple channel instances (eg, encoding branches) each loaded with bits to be encoded. For example, information vectors (e.g., including information and non-information (e.g., redundant or frozen bits)) can be loaded or assigned to one or more channel instances of the encoder's channel (e.g., in Hadamard (Ada code) transformation before or after). Each channel instance may be associated with a reliability metric, which may relate to, for example, capacity, reliability, information rate, and the like. The reliability metric may indicate the likelihood that bits loaded into a given channel instance for transmission will be successfully decoded at the receiver. Therefore, to increase the probability of successful decoding, a proportional number of information bits in an information vector are loaded into channel instances associated with favorable (e.g., high) reliability metrics (e.g., at multiple stages of channel polarization After ), a proport...
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