This page includes of audio examples for the paper “Fully Conditioned and Low-latency Black-box Modeling of Analog Compression” by Riccardo Simionato and Stefano Fasciani, Department of Musicology, University of Oslo. Continue Reading
Networked Electronic Music Tools (NMET) is a collection of software tools that enable electronic musicians and DJs in separated locations to co-produce events performing synchronously across the Internet. NMET stream Continue Reading
Overview The Tangible Virtual Patch Cord (TaViPaCo) is a system to tangibly manipulate the virtual patching cords in graphical programming environments, such as Max and Pure Data. The system includes Continue Reading
Overview The Spectral Granular Synthesis techniques sequence spectra of grains extracted from a source file, and it uses spectrogram inversion techniques to reconstruct its phase. It enables extracting grains of Continue Reading
This system allows to insert physical objects in audio digital signal processing chains, filtering the sound with the acoustic impulse response of any solid measured in real-time. Physical objects are Continue Reading
Simple monophonic FM sound synthesis with carrier, single modulator and low pass filter (wave table sinusoidal oscillators) based on STM32F746G-DISCO board. On board touch screen and additional ADXL345 3-axis accelerometer Continue Reading
The “Binaural Auditory Looming Generator” is a Max/MSP patch that generates auditory looming. Currently, it supports two linearly and independent moving sound sources, and it generates binaural 3D spatial audio (use 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 Timbre Space Mapping for VST Synthesizers (TMS4VSTS) is a system which implements mappings between control interfaces and parameters of sound synthesizers through timbre spaces. The system is implemented 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
