Sound localization is a vast field of research and advancement which is used in many useful
applications to facilitate communication, radars, medical aid, and speech enhancement to …

Abstract Purpose of Review Rather than broadly investigating the beamforming field, the
present work has the distinctive feature of analyzing the most common algorithms through …

This paper is a review on acoustic beamforming for noise source localization and its
applications. The main concepts of beamforming, starting from the very basics and …

This paper explores the advantages of combining asynchronous microphone array
measurements for acoustic source mapping in two and three–dimensional applications …

Acoustical source reconstruction is a typical inverse problem, whose minimum frequency of
reconstruction hinges on the size of the array and maximum frequency depends on the …

This study proposes a sound source localization (SSL) method applicable to sources inside
structures such as mechanical equipment or buildings. Presently, an SSL system employing …

Noise source localization is considered a key technology for the low-noise design of
machinery and equipment. The spatial resolution of conventional beamforming localization …

We study the acoustic imaging in low signal-to-noise ratio (SNR) environments with
compressed sensing (CS) and microphone arrays. In this work, we propose an OMP-SVD …

In this paper, an alternative formulation of the time-domain beamforming is proposed using
the generalized cross-correlation of measured signals. This formulation uses spatial …

This thesis is concerned with the problem of noise source identification in closed spaces.
The main motivation was to propose a technique which allows to locate and quantify noise …