Computational Color Imaging

Invited Talks.- Improving Generalization Ability of Deep Neural Networks for Visual Recognition Tasks.- Computational Imaging in Projection Mapping.- On the Acquisition and Reproduction of Material Appearance.- Computational Color Imaging.- An Imaging System for Fourier Coefficients of Spectral Reflectance.- Finding a Colour Filter to Make a Camera Colorimetric by Optimisation.- Conditional Color Gamut for Color Management of Multiview Printed Images.- Multispectral Imaging.- Acquisition of 3D Data and Spectral Color by Using RGBD Camera and Programmable Light Source.- HDR Spectral Video Measurement System.- Spectral Estimation of Chromatically Adapted Corresponding Colors.- Perceptual Model and Application.- Using the Monge-Kantorovitch Transform in Chromagenic Color Constancy for Pathophysiology.- Chromatic Adaptation in Colour Management.- Web Browsers Colorimetric Characterization.- Color Image Evaluation.- Evaluation of Automatic Image Color Theme Extraction Methods.- Long-Term Face Image Analysis Based on Canonical Correlation Analysis on Physical and Psychological Evaluation of Face.- A Novel Digital-Camera Characterization Method for Pigment Identification in Cultural Heritage.- Color Image Filtering.- Learning Parametric Functions for Color Image Enhancement.- Haze Transfer Between Images Based on Dark Channel Prior.- Physically Plausible Dehazing for Non-physical Dehazing Algorithms.- Color Image Applications.- Evaluating CNN-based Semantic Food Segmentation Across Illuminants.- Color-base Damage Feature Enhanced Support Vector Classifier for Monitoring Quake Image.- Colorization of High-Frame-Rate Monochrome Videos Using Synchronized Low-Frame-Rate Color Data.- Color Imaging for Material Appearance.- Reflectance computation for a specular only V-cavity.- Makeup Skin Appearance Reproduction by Spectral Projection Mapping.- Evaluating the Material Appearance of Objects Under Different Lighting Distributions Against Natural Illumination.- Material Appearance Transfer with Visual Cortex Image.