The performance of various detection methods which are derived from full maximum-
likelihood sequence estimation (MLSE) was investigated for channels introducing linear …

Maximum likelihood (ML) sequence detection with a concatenated receiver requires soft-
decisions consisting of symbol aposteriori probabilities to be passed between the receiver …

This letter describes a channel estimator using known prior information about the transmit
and receive filters. It is shown that the composite channel lies in the subspace of the transmit …

A new algorithm for detecting and/or decoding of signals in communication system is
presented. The advantage of the proposed suboptimum algorithm with respect to the …

Sequential sequence estimation for communications channels with convolutionally coded
input sequences and intersymbol interference (ISI) is proposed. The receiver consists of a …

The general condition for the optimality of the Viterbi algorithm (VA) as a method for
implementing maximum-likelihood sequence detection (MLSD) is described. It is shown that …

Concatenated encoders are found in many digital communication systems. A concatenated
receiver for such a system consists of a chain of independently working estimators ended …

We investigate maximum likelihood sequence estimation (MLSE) of data sequences
transmitted over time-varying frequency-selective Rayleigh fading channels. We present …

A least sum of squared errors (LSSE) channel estimation algorithm is presented for
estimating a channel impulse response from a known training sequence. Optimum training …

The authors discuss maximum likelihood sequence detection (MLSD) based on prediction
techniques for linearly modulated digital signals transmitted over fading channels. Efficient …