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Soft Input Channel Estimation for Turbo Equalization
2004
IEEE Transactions on Signal Processing
In this paper, we consider soft decision directed channel estimation for turbo equalization. To take advantage of soft information provided by the decoder, a minimum mean square error linear channel estimator is derived under an uncorrelated channel tap model, and a soft input recursive least squares algorithm is also developed by modifying the cost function of the conventional recursive least squares algorithm. The performance of the proposed channel estimators are analyzed in terms of mean
doi:10.1109/tsp.2004.834270
fatcat:cny7p3wfuzeefbkxhlshbkbgai