Estimation of co-channel signals with linear complexity.

To increase wireless system capacity using co-channel signals and multiple receiver antennas, we develop the partitioned Viterbi algorithm (PVA). The PVA estimation complexity increases linearly with each additional co-channel signal rather than exponentially as it does with joint maximum-likelihood...

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Detalles Bibliográficos
Publicado en:	IEEE Transactions on communications 49, 11 (2001).
Autor principal:	Miller, C.L
Formato:	Artículo
Lenguaje:	English
Materias:	DFE prefilter. MIMO algorithm. PVA estimation. Viterbi detectors. Antenna diversity. Approximate interference cancellation. Bursts transmission. Co-channel interference. Co-channel signals estimation. Computational complexity. Decision feedback equalizer. Forward filter. Frequency-selective channels. Interfering signals. Joint MLSE. Least squares channel estimation. Linear complexity. Maximum-likelihood sequence estimation. Multiple receiver antennas. Multiple signals estimation. Partitioned Viterbi algorithm. Simulation results. Slow-fading channels. Symbol bursts estimation. Symbol bursts separation. Tentative decisions. Time-division multiple-access. Wireless system capacity.