A scene analysis system for the 3--D modeling of objects is presented. It combines surface reconstruction techniques with object recognition for the generation of 3--D models for computer graphic applications. The system permits the insertion of highlevel constraints, like a specific angle between two house walls, in an explicit knowledge base implemented as a semantic net. The applicability of those constraints is proved by asserting and testing hypotheses in an interpretation phase. In the case of rejection a more general constraint or model is selected. The capabilities of the system were shown for the modeling of buildings using depth from stereo and contour information. The system reconstructs the surface of the scene objects using the...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
A vision--based 3--D scene analysis system is described that is capable to model complex real--world...
A stereoscopic scene analysis system for 3--D modeling of objects from stereoscopic image sequences ...
A vision–based 3–D scene analysis system is described that is capable to model complex real–world sc...
A computer vision model for recognizing objects in real world scenes and locating them in three-dime...
The generation of virtual environments for telepresence systems, interactive viewing, and immersion ...
Abstract. The study of 3-D indoor accurate scenery modeling is an active research area. The pro-duce...
International audienceWe propose an original hybrid modeling process of urban scenes that represents...
An approach for the modelling of complex 3D scenes like outdoor street views from a sequence of ster...
The program described here takes as its input a collection of lines, vertices and surfaces describin...
Methods are presented (1) to partition or decompose a visual scene into the bodies forming it; (2)...
An image based model reconstruction system is described. Real images of a rigid object acquired unde...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
A vision--based 3--D scene analysis system is described that is capable to model complex real--world...
A stereoscopic scene analysis system for 3--D modeling of objects from stereoscopic image sequences ...
A vision–based 3–D scene analysis system is described that is capable to model complex real–world sc...
A computer vision model for recognizing objects in real world scenes and locating them in three-dime...
The generation of virtual environments for telepresence systems, interactive viewing, and immersion ...
Abstract. The study of 3-D indoor accurate scenery modeling is an active research area. The pro-duce...
International audienceWe propose an original hybrid modeling process of urban scenes that represents...
An approach for the modelling of complex 3D scenes like outdoor street views from a sequence of ster...
The program described here takes as its input a collection of lines, vertices and surfaces describin...
Methods are presented (1) to partition or decompose a visual scene into the bodies forming it; (2)...
An image based model reconstruction system is described. Real images of a rigid object acquired unde...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...
We present a novel approach to 3D reconstruction which is inspired by the human visual system. This ...