Space-time turbo codes with full antenna diversity.

In attempting to find a spectrally and power efficient channel code which is able to exploit maximum diversity from a wireless channel whenever available, we investigate the possibility of constructing a full antenna diversity space-time turbo code. As a result, both three-antenna and two-antenna (p...

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Detalhes bibliográficos
Publicado no:	IEEE Transactions on communications 49, 1 (2001).
Autor principal:	Hsuan-Jung Su
Formato:	Artigo
Idioma:	English
Assuntos:	Binary phase-shift keying modulation. Bit-error rate. Channel state information. Decoding complexity. Distance spectra. Fast fading. Frame-error rate. Full antenna diversity. Iteratively filtered pilot symbol-assisted modulation. Maximal minimum free distance. Maximum diversity. Minimum worst-case symbol-error probability. Nonbinary soft-decoding algorithms. Performance. Power efficient channel code. Simulation results. Slow fading. Space-time convolutional codes. Space-time turbo codes. Spectrally efficient channel code. Temporal diversity. Three-antenna construction. Two-antenna construction. Wireless channel.