Neural separation of observed and unobserved distributions T. - PowerPoint PPT Presentation

Sep 06, 2023 •234 likes •350 views

Neural separation of observed and unobserved distributions T. Halperin, A. Ephrat. Y. Hoshen Illustrative task: Separate tiger and environmental sounds Standard Setting: Supervised Source Separation Requires clean audio samples of tiger, and of

Neural separation of observed and unobserved distributions T. Halperin, A. Ephrat. Y. Hoshen Illustrative task: Separate tiger and environmental sounds
Standard Setting: Supervised Source Separation Requires clean audio samples of tiger, and of environmental sounds Hard to obtain clean tiger samples
Our Setting: Semi-Supervised Source Separation Only requires clean audio samples of tiger-free environments Much easier to obtain!
Semi-Supervised Separation with Neural Egg Separation Novel method: Neural Egg Separation (NES) Iterative method Key: obtain increasingly better estimates of the unobserved distribution
Neural Egg Separation NES works on mixtures of: images, music and vocals, speech and noise Example: mixture of bag and shoes images We never observe shoes alone, only mixed with bags. Bags: Shoes: Mixtures: Observed Unobserved Observed
Neural Egg Separation: Initialize ● Make a rough estimate of shoe images
Neural Egg Separation: Synthetic Mixtures ● Mix estimated shoes with real bags
Neural Egg Separation: Separation Network Training ● Train a separation function to separate mixtures into clean sources
Neural Egg Separation: Refining Unobserved Estimates Use separation function to create cleaner estimates ●
Works on audio and images Neural Egg Separation: Iterate Poster #223 Refine estimated samples: Create synthetic mixtures: Train better separation function:

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