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Then, the coded bit stream is mapped into complex symbols by the constellation mapping block.
The binary data is mapped into complex valued quadrature amplitude modulation (QAM) symbols.
Then, the encoded stream is randomly interleaved and mapped into complex symbols of a 2 Q quadrature amplitude modulation (QAM) constellation, where Q is the number of bits per symbol.
At the transmitter, the information bits are encoded with error correction coding, and the coded bits are interleaved and mapped into complex symbols, represented by the vector, and the data symbols are assumed to be uncorrelated.
The purpose of symbol mapping is to generate constellation mapping complex symbols, which are mapped into complex symbols by a group of symbols through different modulation schemes by 0, 1. Suppose that number of modulation phase is m, number of transmitted information symbols is n, and the number of complex symbols after mapping is e.
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These operations can be mapped into more complex operations, such as arithmetic, logical, or data reduction operations such as minimum or sum to be performed by the circulating register hardware (CRH) on the circulating copy of a register.
These genes are also mapped into a complex gene network that includes genes involved in cellular development such as Cyclin D, HPSE, JUNB and others.
Each group of information symbols are mapped into different constellation points on complex plane by a certain rule, and a group of modulation symbols of different phases is formed.
The cross line composed of the interface and the crack is mapped into a line, and then the complex potentials are educed.
Therefore, the receptive fields of complex cells cannot be simply mapped into excitatory and inhibitory regions [1].
The obtained coded and interleaved bits are then mapped into a sequence of symbols, denoted by, using a complex constellation alphabet of size symbols having unit average power.
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