In many applications, denoising is necessary since point-sampled models obtained by laser scanners with insufficient precision. An algorithm for pointsampled surface is presented, which combines fuzzy c-means clustering with mean shift filtering algorithm. By using fuzzy c-means clustering, the large-scale noise is deleted and a part of small-scale noise also is smooth. The cluster centers are regarded as the new points. After acquiring new point sets being less noisy, the remains noise is smooth by mean shift method. Experimental results demonstrate that the algorithm can produce a more accurate point-sample model efficiently while having better feature preservation
International audienceThe noise data could be produced when we scanned the object by Handy 3D scanne...
[[abstract]]©2006 Elsevier - A conventional FCM algorithm does not fully utilize the spatial informa...
We present a new framework for denoising of point clouds by patch-collaborative spectral analysis. A...
This paper presents an anisotropic denoising/smoothing algorithm for point-sampled surfaces. Motivat...
3D point clouds commonly contain positional errors which can be regarded as noise. We propose a poin...
The effect of point cloud denoising is very important to the subsequent surface fitting and modeling...
In this article we will present a method simplifying 3D point clouds. This method is based on the Sh...
In three-dimensional (3D) shape measurement based on fringe projection, various factors can degrade ...
A point clouds denoising method based on moving least-squares is presented in this paper. The moving...
Point clouds (PCs) provide fundamental tools for digital representation of 3D surfaces, which have ...
To further improve the performance of the point cloud simplification algorithm and reserve the featu...
International audienceThis article addresses the problem of denoising 3D data from LIDAR. It is a st...
This article addresses the problem of denoising 3D data from LIDAR. It is a step often required to a...
Noisy 3D point clouds arise in many applications. They may be due to errors when creating a 3D model...
Recent advancement in scanning technologies has allowed an object to be represented in the 3D point ...
International audienceThe noise data could be produced when we scanned the object by Handy 3D scanne...
[[abstract]]©2006 Elsevier - A conventional FCM algorithm does not fully utilize the spatial informa...
We present a new framework for denoising of point clouds by patch-collaborative spectral analysis. A...
This paper presents an anisotropic denoising/smoothing algorithm for point-sampled surfaces. Motivat...
3D point clouds commonly contain positional errors which can be regarded as noise. We propose a poin...
The effect of point cloud denoising is very important to the subsequent surface fitting and modeling...
In this article we will present a method simplifying 3D point clouds. This method is based on the Sh...
In three-dimensional (3D) shape measurement based on fringe projection, various factors can degrade ...
A point clouds denoising method based on moving least-squares is presented in this paper. The moving...
Point clouds (PCs) provide fundamental tools for digital representation of 3D surfaces, which have ...
To further improve the performance of the point cloud simplification algorithm and reserve the featu...
International audienceThis article addresses the problem of denoising 3D data from LIDAR. It is a st...
This article addresses the problem of denoising 3D data from LIDAR. It is a step often required to a...
Noisy 3D point clouds arise in many applications. They may be due to errors when creating a 3D model...
Recent advancement in scanning technologies has allowed an object to be represented in the 3D point ...
International audienceThe noise data could be produced when we scanned the object by Handy 3D scanne...
[[abstract]]©2006 Elsevier - A conventional FCM algorithm does not fully utilize the spatial informa...
We present a new framework for denoising of point clouds by patch-collaborative spectral analysis. A...