8–12 Sept 2026
Europe/Vienna timezone

All You Can Analyze: SInES Tools - An Audio/Video Analysis Lab in your Browser

FA2026/722
9 Sept 2026, 16:00
20m
Saal 10 (Messe Congress Graz)

Saal 10

Messe Congress Graz

Speaker

Christoph Reuter (Universität Wien)

Description

The Space for Interdisciplinary Experiments on Sounds (SInES, University of Vienna) has developed in recent years more than 80 browser-based applications for audio analysis, AI-driven audio feature estimation, (re)synthesis, and video tracking at https://sinestools.univie.ac.at. Following a "upload file – click analyze – download results" philosophy, these free tools leverage modern JavaScript libraries (e.g., TensorFlow.js, Essentia.js) to democratize advanced methods previously requiring high costs or expert programming skills.Recent updates in 2025/2026 introduce powerful new capabilities: | - Audio Analysis & AI: Harmonic Tension Analyser, Masking/Timbral Blending Score Estimator, a Room Acoustics Tool (room acoustic analysis according to ISO3382), Modulation Power Spectrum Analysis etc. New AI models include Speech Emotion Classifiers, Phoneme Recognizer, and musical instrument/ensemble detection. | - Spectral (Re)Synthesis & Editing: A Spectral Editor allows "Photoshop-style" sonogram editing. New tools enable harmonic-percussive separation, Formant shifting, spectrum- and modulation transfer, spectral gating, sound morphing, and artifact-free time-stretching. | - Tracking & Motion: A Face Muscle Tracking Tool allows for the analysis of 52 facial attributes. A new unified interface (based on human.js) now combines pose, face, and hand tracking. Previous SInES Tools for tracking poses, hands, faces, emotions, and points in videos have been completely redesigned (Frame-by-frame resolution, improved AI models) | - SInES Helpers: The collection of statistics tools (ANOVA, PCA, Cluster Analysis) has been extended by browser-based calibrated audio recording and AI-supported sample-slicing. | These and other SInES Tools will be presented at the Forum Acusticum and are available for immediate use online at https://sinestools.univie.ac.at.

Authors

Christoph Reuter (Universität Wien) Isabella Czedik-Eysenberg (Universität Wien) , Anja-Xiaoxing Cui (Universität Wien) Sarah Ambros (Universität Wien) Helene Lindenbauer (Universität Wien) Hao Li (Northwestern Polytechnical University (NWPU)) Matthias Bertsch (University of Music and Performing Arts Vienna)

Presentation materials