A maximum likelihood sequence estimator for the dispersive Rayleigh fading channel is developed. Following [1, 2], the MLSE uses a Kalman based channel estimator to acquire the channel parameters necessary to formulate the maximum likelihood metric. However, unlike the MLSE receiver presented in [1, 2], the proposed receiver uses the f-power series channel model [3, 4] to formulate the ML metric and the state space representation of the channel and the received samples. For channels with small delay spreads, this approach is advantageous because only a small number of parameters are required to be estimated by the Kalman channel estimator. Simulation results are presented for various channel parameters
In this papec performance improvement of maximum-likelihood sequence estimation (MLSE) receivers ope...
This thesis is a study of performance and receiver structures for Orthogonal Frequency Division Mul...
Focusing on transmit diversity orthogonal frequency-division multiplexing (OFDM) transmission throug...
ABSTRACT: A maximum likelihood sequence estimator for the dispersive Rayleigh fading channel is dev...
We investigate maximum likelihood sequence estimation (MLSE) of data sequences transmitted over time...
grantor: University of TorontoThis thesis presents the structural design, performance eva...
We investigate maximum likelihood sequence estimation (MLSE) of data sequences transmitted over time...
The problem of maximum likelihood (ME) detection for uncoded and coded M-PSK signals on Rayleigh fad...
grantor: University of TorontoChannel estimation is an essential part of many adaptive det...
This work is a systematic study of the optimal and near-optimal demodulation for frequency-selective...
In this work, we investigate Maximum Likelihood Sequence Estimation (MLSE) of data sequences transmi...
This thesis presents the design and analysis of MLSE diversity receivers for linearly modulated sign...
This thesis identifies, develops and applies methods for the decomposition of fading dispersive chan...
Detection for the statistically known channel (SKC) is aimed at obtaining good performance in situat...
Some radio channels are fast fading in the sense that they are randomly time-variant and the Doppler...
In this papec performance improvement of maximum-likelihood sequence estimation (MLSE) receivers ope...
This thesis is a study of performance and receiver structures for Orthogonal Frequency Division Mul...
Focusing on transmit diversity orthogonal frequency-division multiplexing (OFDM) transmission throug...
ABSTRACT: A maximum likelihood sequence estimator for the dispersive Rayleigh fading channel is dev...
We investigate maximum likelihood sequence estimation (MLSE) of data sequences transmitted over time...
grantor: University of TorontoThis thesis presents the structural design, performance eva...
We investigate maximum likelihood sequence estimation (MLSE) of data sequences transmitted over time...
The problem of maximum likelihood (ME) detection for uncoded and coded M-PSK signals on Rayleigh fad...
grantor: University of TorontoChannel estimation is an essential part of many adaptive det...
This work is a systematic study of the optimal and near-optimal demodulation for frequency-selective...
In this work, we investigate Maximum Likelihood Sequence Estimation (MLSE) of data sequences transmi...
This thesis presents the design and analysis of MLSE diversity receivers for linearly modulated sign...
This thesis identifies, develops and applies methods for the decomposition of fading dispersive chan...
Detection for the statistically known channel (SKC) is aimed at obtaining good performance in situat...
Some radio channels are fast fading in the sense that they are randomly time-variant and the Doppler...
In this papec performance improvement of maximum-likelihood sequence estimation (MLSE) receivers ope...
This thesis is a study of performance and receiver structures for Orthogonal Frequency Division Mul...
Focusing on transmit diversity orthogonal frequency-division multiplexing (OFDM) transmission throug...