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

Accurate sensor localization is a crucial requirement for the deployment of underwater
acoustic sensor networks (UASNs) in a large variety of applications. However, the …

Location estimation of underwater sensor networks (USNs) has become a critical
technology, due to its fundamental role in the sensing, communication and control of ocean …

To achieve high precision and robust positioning on mobile devices, we propose a novel
audio signal arrival time detection algorithm consisting of both coarse and fine searches. A …

In this paper, we present a distributed affine projection (AP) algorithm for an acoustic sensor
network where the nodes are acoustically coupled. Every acoustic node is composed of a …

This paper presents an acoustic local positioning system (ALPS) suitable for indoor
positioning of portable devices such as smartphones or tablets, based on the transmission of …

Indoor localization techniques based on acoustic signals have been a focus of research
community in the past decades due to their high accuracy and ubiquity. However, there are …

The ability to localize acoustic sources can greatly improve the perception of smart devices
(eg, a smart speaker like Amazon Alexa). In this work, we study the problem of concurrently …

Temperature is an important data source for weather forecasting, agriculture irrigation,
anomaly detection, etc. While temperature measurement can be achieved via low-cost yet …

Automatic ranging and self-positioning is a very desirable property in wireless acoustic
sensor networks, where nodes have at least one microphone and one loudspeaker …