DESIGN AND ANALYSIS OF BIT INTERLEAVED CODED SPACE-TIME MODULATION

Bit interleaved coded space-time modulation (BICSTM) is an attractive strategy to achieve high power and bandwidth efficiency over multiple input and multiple output
(MIMO) fading channels due to coding and diversity gains promised by the serial concatenation of an outer convolutional code, a bitwise interleaved and an inner high order space-time modulation (STM). In this design, BICSTM with iterative decoding (BICSTM-ID) including non-iterative decoding as a
special case is considered. For designing the inner STM, two parameters based on bitwise pairwise error probabilities (bPEP) are proposed as new measures for designing labeling rules for the STM codewords set suited to iterative decoding.

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