Path diversity reception employing steering vector arrays and sequence estimation techniques for ISI channels.

Path diversity reception employing steering vector arrays and sequence estimation techniques for ISI channels.

We propose a path diversity reception technique that uses steering vector arrays and Viterbi algorithm-based sequence estimation techniques to cope with severe intersymbol interference (ISI). The proposed scheme suppresses some delayed paths with spatial and temporal processing based on the single c...

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Détails bibliographiques
Publié dans:IEEE Journal on selected areas in communications 17, 10 (1999).
Auteur principal: Fujii, M.
Format: Article
Langue:English
Sujets:
ISI channels.
TDMA.
Viterbi algorithm-based sequence estimation.
Array output signals.
Branch-metric-combining.
Channel models.
Decision-feedback sequence estimation.
Delayed paths suppression.
High-speed mobile radio systems.
Intersymbol interference.
Limited-state sequence estimation.
Maximum likelihood sequence estimation.
Path diversity reception.
Quasi-static fading.
Single constraint sample matrix inversion algorithm.
Spatial processing.
Steering vector arrays.
Temporal processing.
Time-division multiple access.
Transmission.