Add to ORKGThe image irradiance equation is a first order partial differential equation. Part of this paper is a "comprehensive" guide to solving this kind of equation. The special structure of the image irradiance equation is explored in order to understand the relation of discontinuities in the surface properties and in the image intensities
Shape from Shading: surface S from image intensity E. Sfs is modeled by image irradiance equation (I...
The simulation of global illumination is one of the most fundamental problems in computer graphics,...
Differential equations is an essential tool for describing the nature of the physical universe and n...
How much information about the shape of an object can be inferred from its image? In particular, c...
The classical approach to shape from shading problems is to find a numerical solution of the image i...
The Shape-from-Shading models in image analysis lead to first order Hamilton-Jacobi equations which ...
This thesis presents new mathematical and computational tools for the simula-tion of light transport...
In this paper we present a provably convergent method for the Shape from Shading problem in the case...
International audienceThe Shape from Shading models in image analysis lead to first order Hamilton J...
The aim of this thesis is to explore computational methods for the shape from shading problem as for...
Any generic computer vision algorithm must be able to copewith the variations in appearance of objec...
This article deals with the so-called Shape-from-Shading problem which arises when recovering a shap...
The irradiance at a point on a surface due to a polyhedral source of uniform brightness is given by ...
A method will be described for finding the shape of a smooth apaque object form a monocular image,...
How may the shape of a smooth surface be inferred from an image? Traditional methods in computer vis...
Shape from Shading: surface S from image intensity E. Sfs is modeled by image irradiance equation (I...
The simulation of global illumination is one of the most fundamental problems in computer graphics,...
Differential equations is an essential tool for describing the nature of the physical universe and n...
How much information about the shape of an object can be inferred from its image? In particular, c...
The classical approach to shape from shading problems is to find a numerical solution of the image i...
The Shape-from-Shading models in image analysis lead to first order Hamilton-Jacobi equations which ...
This thesis presents new mathematical and computational tools for the simula-tion of light transport...
In this paper we present a provably convergent method for the Shape from Shading problem in the case...
International audienceThe Shape from Shading models in image analysis lead to first order Hamilton J...
The aim of this thesis is to explore computational methods for the shape from shading problem as for...
Any generic computer vision algorithm must be able to copewith the variations in appearance of objec...
This article deals with the so-called Shape-from-Shading problem which arises when recovering a shap...
The irradiance at a point on a surface due to a polyhedral source of uniform brightness is given by ...
A method will be described for finding the shape of a smooth apaque object form a monocular image,...
How may the shape of a smooth surface be inferred from an image? Traditional methods in computer vis...
Shape from Shading: surface S from image intensity E. Sfs is modeled by image irradiance equation (I...
The simulation of global illumination is one of the most fundamental problems in computer graphics,...
Differential equations is an essential tool for describing the nature of the physical universe and n...