The problem of weak moving signal localization and tracking in the presence of single
motionless strong interference is investigated using real data of an underwater experiment …

Increased spatial resolution over conventional beamformer by adaptive arrays is limited by
the weakness of signal to noise ratios usually available in passive listening. It is shown here …

The possibilities of the method for detecting a noise source, estimating its radial velocity and
its distance from the receiver, based on the double Fourier transform of the interference …

Subspace-tracking algorithms have traditionally been unable to deal with a large number of
sources and at the same timepreserve their computationally efficiency, since, typically …

An important trend in underwater acoustics is the use of large arrays with many elements
and small resolution cells in an effort to detect weak signals. Frequently, the background …

Passive localization of a sound source in the deep ocean is investigated in this study. The
source can be localized by taking advantage of a cross-correlation function matching …

The state of the art of matched field hydroacoustic signal processing is described from the
viewpoint of estimating the signal parameters in adaptive antenna arrays. The focus is on …

Researchs directed towards improvement of underwater passive listening techniques have
led to high resolution methods which are based on the eigenvalues eigen vectors …

Source localization is one of the major challenges of the underwater acoustic sensor
network (UASN). The received signal strength (RSS) and the time of flight (TOF) are the …

This paper provides a novel passive underwater acoustic method to track a moving object
called source or target, with the following constraints: the sensors location is fixed and …