A common approach to time-delay estimation (TDE) and joint delay-Doppler estimation (JDDE) for target localization is matched filtering, which is equivalent to the cross correlation of the received and transmitted signals. The conventional correlation in Hilbert space is statistically optimal in white Gaussian noise. However, its performance significantly degrades in the presence of non-Gaussian noise or clutter. In this paper, two new concepts called ℓp-correlation and ℓp-ambiguity functions, which generalize the co
This paper deals with the joint estimation of temporal (time-delay, Doppler frequency) and spatial (...
This paper deals with the joint estimation of temporal (timedelay, Doppler frequency) and spatial (...
In pulse radar systems, expanded waveforms with large time bandwidth products are used in order to g...
Many methods for distance estimation, such as the ultrasonic pulse-echo method, involve the estimati...
Many methods for distance estimation, such as the ultrasonic pulse-echo method, involve the estimati...
Abstract Resolution probability is the most important indicator for signal parameter estimator, incl...
International audienceOn the subject of discrete time delay estimation (TDE), especially in the doma...
Time Delay Estimation (TDE)is a fundamental passive sonar signal processing problem. It is important...
Time delay estimation (TDE) is a fundamental component of speaker localization and tracking algorith...
In this paper differences between Fisher Information Matrix (FIM) and inverse covariation matrix of ...
Abstract—We present maximum likelihood (ML) methods for space–time fading channel estimation with an...
Abstract—Time delay estimation (TDE) is a basic technique for numerous applications where there is a...
Abstract Time delay estimation (TDE) is a fundamental subsystem for a speaker localization and track...
The availability of accurate estimates of the delay or time of arrival of the incoming signals is of...
The objective of this work is to develop effective algorithms for Time Difference of Arrival Estimat...
This paper deals with the joint estimation of temporal (time-delay, Doppler frequency) and spatial (...
This paper deals with the joint estimation of temporal (timedelay, Doppler frequency) and spatial (...
In pulse radar systems, expanded waveforms with large time bandwidth products are used in order to g...
Many methods for distance estimation, such as the ultrasonic pulse-echo method, involve the estimati...
Many methods for distance estimation, such as the ultrasonic pulse-echo method, involve the estimati...
Abstract Resolution probability is the most important indicator for signal parameter estimator, incl...
International audienceOn the subject of discrete time delay estimation (TDE), especially in the doma...
Time Delay Estimation (TDE)is a fundamental passive sonar signal processing problem. It is important...
Time delay estimation (TDE) is a fundamental component of speaker localization and tracking algorith...
In this paper differences between Fisher Information Matrix (FIM) and inverse covariation matrix of ...
Abstract—We present maximum likelihood (ML) methods for space–time fading channel estimation with an...
Abstract—Time delay estimation (TDE) is a basic technique for numerous applications where there is a...
Abstract Time delay estimation (TDE) is a fundamental subsystem for a speaker localization and track...
The availability of accurate estimates of the delay or time of arrival of the incoming signals is of...
The objective of this work is to develop effective algorithms for Time Difference of Arrival Estimat...
This paper deals with the joint estimation of temporal (time-delay, Doppler frequency) and spatial (...
This paper deals with the joint estimation of temporal (timedelay, Doppler frequency) and spatial (...
In pulse radar systems, expanded waveforms with large time bandwidth products are used in order to g...