{"id":417845,"date":"2017-07-28T02:34:32","date_gmt":"2017-07-28T09:34:32","guid":{"rendered":"https:\/\/www.microsoft.com\/en-us\/research\/?post_type=msr-research-item&p=417845"},"modified":"2018-10-16T20:16:24","modified_gmt":"2018-10-17T03:16:24","slug":"modeling-surface-appearance-single-photograph-using-self-augmented-convolutional-neural-networks","status":"publish","type":"msr-research-item","link":"https:\/\/www.microsoft.com\/en-us\/research\/publication\/modeling-surface-appearance-single-photograph-using-self-augmented-convolutional-neural-networks\/","title":{"rendered":"Modeling Surface Appearance from a Single Photograph using Self-augmented Convolutional Neural Networks"},"content":{"rendered":"

We present a convolutional neural network (CNN) based solution for
\nmodeling physically plausible spatially varying surface
\nreflectance functions (SVBRDF) from a single photograph of a
\nplanar material sample under unknown natural
\nillumination. Gathering a sufficiently large set of labeled
\ntraining pairs consisting of photographs of SVBRDF samples and
\ncorresponding reflectance parameters, is a difficult and arduous
\nprocess. To reduce the amount of required labeled training data,
\nwe propose to leverage the appearance information embedded in
\nunlabeled images of spatially varying materials to self-augment
\nthe training process. Starting from a coarse network obtained from
\na small set of labeled training pairs, we estimate provisional
\nmodel parameters for each unlabeled training exemplar. Given this
\nprovisional reflectance estimate, we then synthesize a novel
\ntemporary labeled training pair by rendering the exact
\ncorresponding image under a new lighting condition. After refining
\nthe network using these additional training samples, we
\nre-estimate the provisional model parameters for the unlabeled
\ndata and repeat the self-augmentation process until convergence.
\nWe demonstrate the efficacy of the proposed network structure on
\nspatially varying wood, metal, and plastics, as well as thoroughly
\nvalidate the effectiveness of the self-augmentation training
\nprocess.<\/p>\n","protected":false},"excerpt":{"rendered":"

We present a convolutional neural network (CNN) based solution for modeling physically plausible spatially varying surface reflectance functions (SVBRDF) from a single photograph of a planar material sample under unknown natural illumination. Gathering a sufficiently large set of labeled training pairs consisting of photographs of SVBRDF samples and corresponding reflectance parameters, is a difficult and […]<\/p>\n","protected":false},"featured_media":0,"template":"","meta":{"msr-url-field":"","msr-podcast-episode":"","msrModifiedDate":"","msrModifiedDateEnabled":false,"ep_exclude_from_search":false,"footnotes":""},"msr-content-type":[3],"msr-research-highlight":[],"research-area":[13551],"msr-publication-type":[193715],"msr-product-type":[],"msr-focus-area":[],"msr-platform":[],"msr-download-source":[],"msr-locale":[268875],"msr-field-of-study":[],"msr-conference":[],"msr-journal":[],"msr-impact-theme":[],"msr-pillar":[],"class_list":["post-417845","msr-research-item","type-msr-research-item","status-publish","hentry","msr-research-area-graphics-and-multimedia","msr-locale-en_us"],"msr_publishername":"ACM","msr_edition":"ACM Transactions on 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