SIGNAL PROCESSING FOR ARTS & SCIENCE
(background art: Bruno Munari, Concavo Convesso, 1946)
NEWS FROM THE BLOG
PROJECTS AND RESOURCES
PHYSICAL MODELS OF VINTAGE ELECTRIC PIANOS
I have conducted my first research activities on virtual acoustic models at Aalto University in Finland. I have worked on the Clavinet, the Rhodes piano and the Wurlitzer for years now, to learn all about their subtleties to produce realistic and computational efficient models.
WIRELESS NETWORKED MUSIC PERFORMANCE
Networked Music Performances (NMP) have been promoted all around the world since the early 2000s, but the first wireless NMP has been developed and premiered only later, in 2014 in a unique performance across the sea, in Ancona, Italy. This was also part of my PhD work.
Received the National Italian Habilitation as Associate Professor in Circuit Theory (09/E1) (2020-2029)
PostDoc researcher since Jan 2015 at Università Politecnica delle Marche (UNIVPM)
Contract professor for Electronics MSc course "Digital Circuits for Music Processing & Sound Synthesis" (2020/21)
Contract professor for Music Production and Sound Design @ UNIVPM (2016-2019)
Associate Member of the Audio Engineering Society
Co-founder of DowSee srl
Scientific Chair for Acusmatiq festival (2013-present)
Co-founder of the Acusmatiq-MATME association (2018-present)
Physics-based sound synthesis
Neural audio synthesis
Wireless Networked Music Performance
Virtual Analog modelling of synthesizers
Guest Editor for:
MDPI Applied Sciences Journal, Special Issue on "Deep Learning for Applications in Acoustics: Modeling, Synthesis, and Listening"
Milano University Press
MDPI Appl.Sci (2016-present)
Keynote Speaker at:
ICSC 2019 (Cagli, IT)
Invited Speaker at:
AES Italian Section - Univ. Rome La Sapienza (Dec. 2020)
CIM 2018 (Udine, IT)
ISTD 2017 (Bologna, IT)
Telecom - Working Capital (Research Grant) 2011
eCapital (Seed Fund): 2012
ItaliaCamp (Startup accelerator)
DCASE2018: Most Innovative Algorithm for Bird Audio Detection
ARTS & SOUND
I have participated to the following performances as a technologist:
Waterfront @ Acusmatiq 2014: Solo nr.19 by K. Stockhausen performed by musicians floating on boats using WeMUST (info)
Maritime Rites @ Acusmatiq 2015 by A. Curran, performed by musicians floating on boats using WeMUST (info)
LOLA concert between Ancona and Cassino for Your Future Festival (video)
Networked Music Performance between Ancona and Berlin at Acusmatiq 2020, with Robert Lippok and Roberto Paci Dalò
I have participated to the following performances as artist/performer:
In C by Terry Riley, performed with vintage Italian synthesizers, sax, guitar and cello @ Museo del Synth 2018, (under the supervision of G. Antongirolami and G. Gentili)
Rima Glottidis, by L. Gabrielli and Økapi, a site-specific audio installation based on Deep Learning-generated voices, for Blooming festival 2018.
3D sonification of My Kingdom by Future Sound of London, using moving cars @ Acusmatiq 2017
Modulo12 by L. Gabrielli, a site-specific performance with augmented cars and live electronics
I have performed as a live instrumental solo act under the name of KeinReverb and I am also part of the Macchine Nostre collective.
A FEW WORDS ON THE TOP COVER
When I first stumbled into Bruno Munari's work "Concavo Convesso" I was shocked. Building on simple materials and basic lighting, he had explained what we, in signal processing and functional analysis, call a projection, or a transform. Bruno Munari was an ingenious artist, mixing design, education and art in a very pragmatic way, with a humble attitude but ambitious visions.
In this work I see a lot of answers to signal processing questions. The devices rotates freely, showing how the result of the projection differs depending on the way the light comes in. As a graduate student, when I was studying about Hilbert spaces and wavelet transforms, I was struck at how different scientific communities describe the same thing using different keywords and mathematical notations.
Quite paradoxical. Signals convey information, but signal processing researchers sometimes lack the ability to share this information.
Signals convey information. They manifest the presence of life around us. Music can deliver emotional content. Speech can generate knowledge. Sounds reveal events in a living environment. Noise hides data deep behind apparently unintelligible phenomena.
Digital Signal Processing is a great playground where maths, systems theory, engineering and domain-specific knowledge meet. I like to devote my career to signals of all sorts.
Get in touch with any questions or comments regarding my work and publications.