There is considerable interest in the use of wireless sensor networks (WSNs) for distributed
sound capture and acoustic source localisation (ASL) where array elements are spaced …

High sampling frequencies in acoustic wireless sensor network (AWSN) are required to
achieve precise sound localisation. But they are also mean analysis time and memory …

Wireless acoustic sensor networks (WASNs) are formed by a distributed group of acoustic‐
sensing devices featuring audio playing and recording capabilities. Current mobile …

Acoustic array processing is today an essential part of many applications involving the
analysis of audio signals, such as hearing aids, hands-free devices, or immersive audio …

The application of wireless sensor networks (WSN) for the task of acoustic localization
provides great opportunities for distributed cooperative tracking of sound sources in large …

Wireless acoustic sensor networks (WASNs) are known for their potential applications in
multiple areas, such as audio-based surveillance, binaural hearing aids or advanced …

Although sound source localization is a desirable technique in many communication
systems and intelligence applications, the distortion caused by diffuse noise or reverberation …

The rich literature on acoustic source localization mostly relies on the assumption of a
constant value for the speed of sound. This hypothesis allows establishing simple relations …

In this work we propose a grid-based method to estimate the location of multiple sources in a
wireless acoustic sensor network, where each sensor node contains a microphone array …

Acoustic localization by means of sensor arrays has a variety of applications, from
conference telephony to environment monitoring. Many of these tasks are appealing for …