We propose an algorithm that extracts image features that are consistent with the 3D structure of the scene. The features can be robustly tracked over multiple views and serve as vertices of planar patches that suitably represent scene surfaces, while reducing the redundancy in the description of 3D shapes. In other words, the extracted features will off er good tracking properties while providing the basis for 3D reconstruction with minimum model complexit
A new scheme is proposed for extracting planar surfaces from 2D image sequences. We firstly perform ...
The geometric structure of a scene and the position of the observer can be recovered from a number o...
Three-dimensional reconstruction from a set of images is an important and dif-ficult problem in comp...
We propose an algorithm that extracts image features that are consistent with the 3D structure of th...
Due to the increasing amount of data and the reduction of costs in 3D data acquisition devices, ther...
We present a data-driven method for building dense 3D reconstructions using a combination of recogni...
We present a data-driven method for building dense 3D reconstructions using a combination of recogni...
A new technique is presented for computing 3D scene structure from point and line features in monocu...
We present a method for reconstruction of structured scenes from one or more views, in which the use...
We present a method to reconstruct from one or more images a scene that is rich in planes, alignment...
3D object reconstruction from single 2D images has many applications in multimedia. This paper propo...
Being able to reconstruct real-world environments into digital 3D models is something that has many ...
Surface acquisition methods are becoming popular for many practical applications in manufacturing, a...
The 3D point cloud is a widely used data format obtained from scanning a 3D model, either by using a...
Planar patches are a very compact and stable intermediate representation of 3D scenes, as they are a...
A new scheme is proposed for extracting planar surfaces from 2D image sequences. We firstly perform ...
The geometric structure of a scene and the position of the observer can be recovered from a number o...
Three-dimensional reconstruction from a set of images is an important and dif-ficult problem in comp...
We propose an algorithm that extracts image features that are consistent with the 3D structure of th...
Due to the increasing amount of data and the reduction of costs in 3D data acquisition devices, ther...
We present a data-driven method for building dense 3D reconstructions using a combination of recogni...
We present a data-driven method for building dense 3D reconstructions using a combination of recogni...
A new technique is presented for computing 3D scene structure from point and line features in monocu...
We present a method for reconstruction of structured scenes from one or more views, in which the use...
We present a method to reconstruct from one or more images a scene that is rich in planes, alignment...
3D object reconstruction from single 2D images has many applications in multimedia. This paper propo...
Being able to reconstruct real-world environments into digital 3D models is something that has many ...
Surface acquisition methods are becoming popular for many practical applications in manufacturing, a...
The 3D point cloud is a widely used data format obtained from scanning a 3D model, either by using a...
Planar patches are a very compact and stable intermediate representation of 3D scenes, as they are a...
A new scheme is proposed for extracting planar surfaces from 2D image sequences. We firstly perform ...
The geometric structure of a scene and the position of the observer can be recovered from a number o...
Three-dimensional reconstruction from a set of images is an important and dif-ficult problem in comp...