Abstract | In this paper we discuss new results on the Shape From Darkness problem: using the motion of cast shadows to recover scene structure. Our approach is based on collecting a set of images from a xed viewpoint as a known light source moves \across the sky". Previously published solutions to this problem have performed the reconstruction only for cross sections of the scene. In this paper, we present a reconstruction algorithm and discuss the reconstruction of an entire 3-D scene under various light source trajectories. We also consider the constraints on reconstruction. We conclude with experimental results that illustrate the convergence properties of the solution process and its robustness properties. I
Abstract. We present methods for recovering surface height fields such as geometric details of 3D te...
We present methods for recovering surface height fields such as geometric details of 3D textures by ...
Abstract—In this paper, we introduce a method for recovering an illumination distribution of a scene...
In this thesis we discuss new results on the Shape From Darkness problem, using the geometry of cast...
We present a method for shape reconstruction from several images of a moving object. The reconstruct...
A simple and inexpensive approach for extracting the three-dimensional shape of objects is presented...
A simple and inexpensive approach for extracting the three-dimensional shape of objects is presented...
In outdoor images, cast shadows define 3D constraints between the sun, the points casting a shadow, ...
A method for reconstructing 3D scene geometry from a set of projected shadows is presented. It is co...
Cast shadows are an informative cue to the shape of objects. They are particularly valuable for disc...
The effects produced in an image by cast shadows can be quite complex, es-pecially when light comes ...
Abstract. A simple and inexpensive approach for extracting the three-dimensional shape of objects is...
We present a new technique for estimating the 3D shape of an object that combines previous ideas fr...
During the 90s important progess has been made in the area of structure-from-motion. From a series o...
Abstract. Cast shadows are an informative cue to the shape of objects. They are particularly valuabl...
Abstract. We present methods for recovering surface height fields such as geometric details of 3D te...
We present methods for recovering surface height fields such as geometric details of 3D textures by ...
Abstract—In this paper, we introduce a method for recovering an illumination distribution of a scene...
In this thesis we discuss new results on the Shape From Darkness problem, using the geometry of cast...
We present a method for shape reconstruction from several images of a moving object. The reconstruct...
A simple and inexpensive approach for extracting the three-dimensional shape of objects is presented...
A simple and inexpensive approach for extracting the three-dimensional shape of objects is presented...
In outdoor images, cast shadows define 3D constraints between the sun, the points casting a shadow, ...
A method for reconstructing 3D scene geometry from a set of projected shadows is presented. It is co...
Cast shadows are an informative cue to the shape of objects. They are particularly valuable for disc...
The effects produced in an image by cast shadows can be quite complex, es-pecially when light comes ...
Abstract. A simple and inexpensive approach for extracting the three-dimensional shape of objects is...
We present a new technique for estimating the 3D shape of an object that combines previous ideas fr...
During the 90s important progess has been made in the area of structure-from-motion. From a series o...
Abstract. Cast shadows are an informative cue to the shape of objects. They are particularly valuabl...
Abstract. We present methods for recovering surface height fields such as geometric details of 3D te...
We present methods for recovering surface height fields such as geometric details of 3D textures by ...
Abstract—In this paper, we introduce a method for recovering an illumination distribution of a scene...