We address the problem of multipath time-delay estimation. When the received data is very long compared to the transmitted signal, the data is expected to consist of a large number of paths. Modeling the entire data becomes computationally expensive. We propose a technique to break the data into short segments and model each segment individually without misfitting or truncating any paths at the ends of any segment. By effectively using overlapping segments, the estimates of time-delays are combined to model the entire data record. The method is extended to the case where only basebanded data are available. The proposed technique is demonstrated on an experimental sea-test data
Abstract—Efficient multipath time delay estimation is of great importance for positioning with Ultra...
The objective of this work is to develop effective algorithms for Time Difference of Arrival Estimat...
We consider the application of the EM algorithm to the multipath time delay estimation problem. The...
We address the problem of multipath time-delay estimation. When the received data is very long compa...
We consider the problem of estimating the arrival times of overlapping ocean-acoustic signals from a...
We consider the problem of estimating the arrival times of overlapping ocean-acoustic signals from a...
The problem of estimating the time-delay of the line-of-sight (LOSS) or direct signal received by an...
The problem of estimating the arrival times of overlapping ocean-acoustic signals from a noisy recei...
The problem of estimating the time-delay of the line-of-sight (LOSS) or direct signal received by an...
The multipath radio channel is considered to have a non-bandlimited channel impulse response. Theref...
The matched filter is the most common approach for time delay estimation and ranging in positioning ...
Abstract—Time-delay estimation arises in many applications in which a multipath medium has to be ide...
Consideration is given to the problem of estimating the arrival times of overlapping or nonoverlappi...
It is important to estimate the multipath time delay in underwater communication and target position...
The super-resolution time delay estimation in multipath environment is very important for many appli...
Abstract—Efficient multipath time delay estimation is of great importance for positioning with Ultra...
The objective of this work is to develop effective algorithms for Time Difference of Arrival Estimat...
We consider the application of the EM algorithm to the multipath time delay estimation problem. The...
We address the problem of multipath time-delay estimation. When the received data is very long compa...
We consider the problem of estimating the arrival times of overlapping ocean-acoustic signals from a...
We consider the problem of estimating the arrival times of overlapping ocean-acoustic signals from a...
The problem of estimating the time-delay of the line-of-sight (LOSS) or direct signal received by an...
The problem of estimating the arrival times of overlapping ocean-acoustic signals from a noisy recei...
The problem of estimating the time-delay of the line-of-sight (LOSS) or direct signal received by an...
The multipath radio channel is considered to have a non-bandlimited channel impulse response. Theref...
The matched filter is the most common approach for time delay estimation and ranging in positioning ...
Abstract—Time-delay estimation arises in many applications in which a multipath medium has to be ide...
Consideration is given to the problem of estimating the arrival times of overlapping or nonoverlappi...
It is important to estimate the multipath time delay in underwater communication and target position...
The super-resolution time delay estimation in multipath environment is very important for many appli...
Abstract—Efficient multipath time delay estimation is of great importance for positioning with Ultra...
The objective of this work is to develop effective algorithms for Time Difference of Arrival Estimat...
We consider the application of the EM algorithm to the multipath time delay estimation problem. The...