Abstract Evaluation of sound event detection, classification and localization of hazardous
acoustic events in the presence of background noise of different types and changing …

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 …

A method for automatic determination of position of chosen sound events such as speech
signals and impulse sounds in 3-dimensional space is presented. The events are localized …

The Council of European Aerospace Societies (CEAS) Aeroacoustics Specialists Committee
(ASC) supports and promotes the interests of the scientific and industrial aeroacoustics …

Sound absorbing materials are used in many applications to attenuate unwanted noise.
However, existing measurement methods can only be used on a limited number of material …

Unmanned Aerial Vehicles (UAVs) have become very affordable and small in recent years,
and are increasingly used in a wide range of monitoring and surveillance applications. A …

Method and preliminary results of multiple sound sources localization in free field using the
acoustic vector sensor were presented in this study. Direction of arrival (DOA) for considered …

The invention of the Microflown sensor has made it possible to measure acoustic particle
velocity directly. An acoustic vector sensor (AVS) measures the particle velocity in three …

The present paper presents a passive acoustic method for aircraft tracking. The Acoustical
Doppler Effect, characteristic of signals received by a mesh of spatially distributed …

This is the first feasibility study of hear-andavoid on Micro Air Vehicles with acoustic vector
sensors. The Microflown MEMS technology based sensor is used for this purpose. The …