David Fierro is an electronic engineer, young researcher, and developer specializing in sound technologies.
He is currently pursuing a Ph.D. focused on the creation of musical instrument prototypes using EMG (Electromyography) and EEG signals (Electroencephalography).
As part of his research, David is actively involved in the BBDMI ANR project, which includes developing a FAUST library designed for ExG signal processing, Human Computer Interaction and sound synthesis.
Holding an engineering background in electronics and a master's degree in developing computer applications for art and music, David has accumulated over a decade of experience in software development. Over the years, he has contributed to various artistic projects, developing both software and hardware for art pieces, performances, and concerts, showcasing his ability to blend technical expertise with artistic expression.
This paper presents a functional ambisonic granulator developed using the Faust language, designed to generate diverse sound outputs from minimal inputs.
David Fierro is an electronic engineer, young researcher, and developer specializing in sound technologies.
David Fierro is an electronic engineer, young researcher, and developer specializing in sound technologies.
He is currently pursuing a Ph.D. focused on the creation of musical instrument prototypes using EMG (Electromyography) and EEG signals (Electroencephalography).
As part of his research, David is actively involved in the BBDMI ANR project, which includes developing a FAUST library designed for ExG signal processing, Human Computer Interaction and sound synthesis.
Holding an engineering background in electronics and a master's degree in developing computer applications for art and music, David has accumulated over a decade of experience in software development. Over the years, he has contributed to various artistic projects, developing both software and hardware for art pieces, performances, and concerts, showcasing his ability to blend technical expertise with artistic expression.
This paper presents a functional ambisonic granulator developed using the Faust language, designed to generate diverse sound outputs from minimal inputs.