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Blind image super resolution with spatially variant degradations

Blind image super resolution with spatially variant degradations

by Martina Haefeli | Nov 1, 2019 | Video Processing, Visual Computing

Blind image super resolution with spatially variant degradations   We show how to extend our approach to spatially variant degradations that typically arise in visual effects pipelines when compositing content from different sources and how to enable both local and...
Parameterized Animated Activities

Parameterized Animated Activities

by Martina Haefeli | Oct 27, 2019 | Animation, AR/VR, Visual Computing

Parameterized Animated Activities   We propose a metadata representation that describes which aspects of an animation can be varied. October 28, 2019ACM MIG 2019   Authors Alba M. Rios Rodriguez (DisneyResearch|Studios/ETH Joint M.Sc.) Steven Poulakos...
Spectrogram Feature Losses for Music Source Separation

Spectrogram Feature Losses for Music Source Separation

by Martina Haefeli | Sep 2, 2019 | Machine Learning

Spectrogram Feature Losses for Music Source Separation   In this paper we study deep learning-based music source separation, and explore using an alternative loss to the standard spectrogram pixel-level L2 loss for model training. September 2, 2019Eusipco 2019  ...
Tangent Space Optimization of Controls for Character Animation

Tangent Space Optimization of Controls for Character Animation

by Martina Haefeli | Jul 12, 2019 | Animation, AR/VR, Visual Computing

Tangent Space Optimization of Controls for Character Animation   We formulate the control of interpolations in animation with positional constraints over time as a space-time optimization problem in the tangent space of the curves driving the animation controls. July...
Accurate Markerless Jaw Tracking for Facial Performance Capture

Accurate Markerless Jaw Tracking for Facial Performance Capture

by Martina Haefeli | Jul 12, 2019 | Capture, Digital Humans, Visual Computing

Accurate Markerless Jaw Tracking for Facial Performance Capture   We present the first method to accurately track the invisible jaw based solely on the visible skin surface, without the need for any markers or augmentation of the actor. July 12, 2019ACM Siggraph 2019...
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