This work presents a method for modeling optical dynamic range compressors using deep neural networks combined with selective state space models. The approach surpasses previous methods that relied on recurrent Continue Reading
The DGMD (Dataset Generator for Musical Devices) is a collection of MAX patches and JavaScript files for the automatic generation of datasets from hardware and software musical devices. The musical Continue Reading
This work introduces a novel method for emulating piano sounds, utilizing sine, transient, and noise decomposition to create a differentiable spectral modeling synthesizer that replicates piano notes. The method comprises Continue Reading
This page includes of audio examples for the article Simionato R., Fasciani S., Holm S., Physics-Informed Differentiable Method for Piano Modeling, in Frontiers in Signal Processing, 2023. Continue Reading
The DGMD (Dataset Generator for Musical Devices) is a collection of MAX patches and JavaScript files for the automatic generation of datasets from hardware and software musical devices. The musical Continue Reading
This page includes of audio examples for the paper Simionato R., Fasciani S., Fully Conditioned and Low-latency Black-box Modeling of Analog Compression, in Proceedings of the 26the Digital Audio Effects Continue Reading
Overview The Timbre Space Analyzer and Mapper (TSAM) is a Max/MSP tool for the analysis, modeling, and mapping of the timbre of sound synthesizers. It includes a background engine running in MATLAB Continue Reading
Overview The Voice-Controlled Interface for Digital Musical Instruments (VCI4DMI) is a system driven solely by voice for the real-time control of electronic musical instruments, including sound generators (synthesizers) and sound processors Continue Reading
