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Daniele Salvati - photo by Laura Cingolani

Welcome! My name is Daniele Salvati. I am an Assistant Professor in the Department of Mathematics, Computer Science and Physics at the University of Udine.

I do research in audio and acoustic signal processing. I received the philosophiae doctor (PhD) degree in Multimedia Communication at the University of Udine in 2012. My doctoral research focused on the acoustic source localization using microphone arrays.

My research activity is concerned on:

Microphone arrays
- source localization and tracking;
- signal enhancement beamforming;
- deep learning methods for acoustic array processing;
- simultaneous localization and mapping of sources and sensors;
Audio technology
- binaural hearing;
- acoustic scene classification;
- acoustic event detection and classification;
- human-machine audio interfaces.

I serve as an Academic Editor for Hindawi Complexity, and as Guest Editor for the following Special Issues:

Special Issue "Deep Learning for Acoustic Sensor Array Processing"

A Special Issue "Deep Learning for Acoustic Sensor Array Processing" has been launched by Pattern Recognition Letters. The proposed special issue aims to present recent advances in the development of artificial intelligence and deep learning methods for acoustic sensor array processing. Submission deadline: March 20, 2022

Guest Editors

Daniele Salvati
Maximo Cobos
Fabio Antonacci
Carlo Drioli

Special Issue "Applications of Audio and Acoustic Signal"

A Special Issue "Applications of Audio and Acoustic Signal" is now open for submission. The Special Issue intends to present original contributions describing advances in applications involving audio and acoustic signals, with an emphasis on recent technology trends. The Special Issue welcomes research papers in the field covering innovative approaches, new improvements, and novel applications. Submission deadline: October 31, 2021

Guest Editor

Daniele Salvati

At this time I am involved in:

- Steered response power algorithms in reverberant and noisy environments;
- Acoustic sensor array processing and convolutional neural networks;
- Time delay estimation methods;
- Automatic procedure for the optimal microphones arrangement;
- Source localization with moving microphone arrays;
- Microphone array musical interface;
- Microphone array on drone;
- Machine learning in sound localization;
- Joint localization and identification;
- Speaker identification;
- Binaural acquisition and reproduction.

I serve as a reviewer for international journals published by IEEE, ASA, Elsevier, Springer Nature, MDPI, Taylor & Francis Group.

My profile on:

- Publons
- Scopus
- ORCID
- Google Scholar
- IEEE Xplore
- ResearchGate

Microphone Array 24 - photo by Daniele Salvati


daniele.salvati {@} uniud.it 11 June 2021