We propose a robust 3D feature description and registration method for 3D models reconstructed from various sensor devices. General 3D feature detectors and descriptors generally show low distinctiveness and repeatability for matching between different data modalities due to differences in noise and errors in geometry. The proposed method considers not only local 3D points but also neighbouring 3D keypoints to improve keypoint matching. The proposed method is tested on various multi-modal datasets including LIDAR scans, multiple photos, spherical images and RGBD videos to evaluate the performance against existing methods
There are significant nonlinear intensity differences between multi-modal images. Moreover, the nois...
International audienceAbstract. Combining image and LiDAR draws increasing interest in surface recon...
3D-point set registration is an active area of research in computer vision. In recent years, probabi...
We propose a robust 3D feature description and registration method for 3D models reconstructed from ...
We propose a framework for 2D/3D multi-modal data registration and evaluate 3D feature descriptors f...
With the current transition of various digital contents from 2D to 3D, the problem of 3D data matchi...
This paper presents a method for automatically registering multiple rigid three dimensional (3D) dat...
International audienceMany fields of application could benefit from an accurate registration of meas...
Abstract. This paper proposes an automatic method for registering images from different sensors, par...
International audienceThe advent of low cost scanning devices and the improvement of multi-view ster...
In this thesis a methodology for representing 3D subjects and their deformations in adverse situatio...
In recent years the Digital Film Production process has seen a huge increase in the amount of data c...
A well known problem in photogrammetry and computer vision is the precise and robust determination o...
As an active remote sensing technique, Terrestrial Laser Scanning (TLS) is popular for constructing ...
Recent developments of video and sensing technology can lead to large amounts of digital media data....
There are significant nonlinear intensity differences between multi-modal images. Moreover, the nois...
International audienceAbstract. Combining image and LiDAR draws increasing interest in surface recon...
3D-point set registration is an active area of research in computer vision. In recent years, probabi...
We propose a robust 3D feature description and registration method for 3D models reconstructed from ...
We propose a framework for 2D/3D multi-modal data registration and evaluate 3D feature descriptors f...
With the current transition of various digital contents from 2D to 3D, the problem of 3D data matchi...
This paper presents a method for automatically registering multiple rigid three dimensional (3D) dat...
International audienceMany fields of application could benefit from an accurate registration of meas...
Abstract. This paper proposes an automatic method for registering images from different sensors, par...
International audienceThe advent of low cost scanning devices and the improvement of multi-view ster...
In this thesis a methodology for representing 3D subjects and their deformations in adverse situatio...
In recent years the Digital Film Production process has seen a huge increase in the amount of data c...
A well known problem in photogrammetry and computer vision is the precise and robust determination o...
As an active remote sensing technique, Terrestrial Laser Scanning (TLS) is popular for constructing ...
Recent developments of video and sensing technology can lead to large amounts of digital media data....
There are significant nonlinear intensity differences between multi-modal images. Moreover, the nois...
International audienceAbstract. Combining image and LiDAR draws increasing interest in surface recon...
3D-point set registration is an active area of research in computer vision. In recent years, probabi...