We consider the application of the EM algorithm to the multipath time delay estimation problem. The algorithm is developed for the case of deterministic (known) signals, as well as for the case of wide-sense stationary Gaussian signals.Funding was provided by the Naval Underwater Systems Center under contract No. N00014-80-C-0381
The problem of estimating the time-delay of the line-of-sight (LOSS) or direct signal received by an...
Includes bibliographical references (p. 155-156).Supported by the USA AMCCOM and ARDEC. Supported by...
The problem of estimating the arrival times of overlapping ocean acoustic signals from a received si...
We consider the problem of estimating the arrival times of overlapping ocean-acoustic signals from a...
Abstract. A novel multipath mitigation technique for Global Positioning System (GPS) receivers using...
We present a computationally efficient scheme for multiple source location estimation based on the E...
We consider the problem of estimating the arrival times of overlapping ocean-acoustic signals from a...
Consideration is given to the problem of estimating the arrival times of overlapping or nonoverlappi...
Typical Naval test and evaluation exercises involve the transmission of known acoustic signals by th...
The problem of estimating the arrival times of overlapping ocean-acoustic signals from a noisy recei...
Two signal processing techniques are presented which are specifically designed for time-varying mult...
International audienceA new method for multipath channel time delay estimation is proposed. The auth...
The problem of estimating the time-delay of the line-of-sight (LOSS) or direct signal received by an...
In this paper, we efficiently solve the maximum-likelihood (ML) time-delay estimation problem for GN...
It is important to estimate the multipath time delay in underwater communication and target position...
The problem of estimating the time-delay of the line-of-sight (LOSS) or direct signal received by an...
Includes bibliographical references (p. 155-156).Supported by the USA AMCCOM and ARDEC. Supported by...
The problem of estimating the arrival times of overlapping ocean acoustic signals from a received si...
We consider the problem of estimating the arrival times of overlapping ocean-acoustic signals from a...
Abstract. A novel multipath mitigation technique for Global Positioning System (GPS) receivers using...
We present a computationally efficient scheme for multiple source location estimation based on the E...
We consider the problem of estimating the arrival times of overlapping ocean-acoustic signals from a...
Consideration is given to the problem of estimating the arrival times of overlapping or nonoverlappi...
Typical Naval test and evaluation exercises involve the transmission of known acoustic signals by th...
The problem of estimating the arrival times of overlapping ocean-acoustic signals from a noisy recei...
Two signal processing techniques are presented which are specifically designed for time-varying mult...
International audienceA new method for multipath channel time delay estimation is proposed. The auth...
The problem of estimating the time-delay of the line-of-sight (LOSS) or direct signal received by an...
In this paper, we efficiently solve the maximum-likelihood (ML) time-delay estimation problem for GN...
It is important to estimate the multipath time delay in underwater communication and target position...
The problem of estimating the time-delay of the line-of-sight (LOSS) or direct signal received by an...
Includes bibliographical references (p. 155-156).Supported by the USA AMCCOM and ARDEC. Supported by...
The problem of estimating the arrival times of overlapping ocean acoustic signals from a received si...
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