Estimation of co-channel signals with linear complexity.

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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Bibliographic Details
Published in:IEEE Transactions on communications 49, 11 (2001).
Main Author: Miller, C.L
Format: Article
Language:English
Subjects:
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.