Google / Hertz / Crane / USSR Comp / Justin Solomon Stanford University Adrian Butscher Autodesk Inc. / Sparse Linear Systems / /
Event
FDA Phase / /
Facility
University Leonidas Guibas Stanford University Figure / /
IndustryTerm
transportation models / concave energy / usual linear program describing optimal transportation / transportation / 1D transportation / spread-out transportation / transportation terms / transportation plans / transportation theory / promising way to approximate solutions / machinery / analytical and fast algorithms / transportation distances / multiscale algorithms / regularized optimal transportation / transportation plan / transportation matrices / transportation maps / transportation problem / optimization tools / energy / graphics applications / transportation problems / 2D convolutional transportation / smooth solutions / image processing / well-studied and widely-implemented operator / geometry processing / regularized transportation problems / post-processing / convolutional transportation / computing / transportation cost / regularized transportation problem / minute using similar hardware / iterated projection algorithm / computational fluid mechanics solution / approximating optimal transportation distances / using Wasserstein machinery / /
Organization
PD LP / National Science Foundation / European Research Council / Stanford University / Kyoto University / /
Person
Fernando de Goes Pixar / Leonidas Guibas / Marco Cuturi / VAN DE PANNE / Lorenz / Franklin / O STROMOUKHOV / V / Gabriel Peyr / Andy Nguyen / Tao Du / /
Convolutional Wasserstein Distances: Efficient Optimal Transportation on Geometric Domains Justin Solomon Stanford University Adrian Butscher Autodesk, Inc.