With the fast increasing size of captured 3D models, i.e. from high-resolution laser range scanning devices, it has become more and more important to provide basic point processing methods for large raw point data sets. In this paper we present a novel stream-based point processing framework that orders unorganized raw points along a spatial dimension and processes them sequentially. The major advantage of our novel concept is its extremely low main memory usage and its applicability to process very large data sets out-of-core in a sequential order. Furthermore, the framework supports local operators and is extensible to concatenate multiple operators successively
We study the problem of efficient semantic segmentation for large-scale 3D point clouds. By relying ...
We present a novel algorithm for clustering streams of multidimensional points based on kernel densi...
Terrestrial laser scanners produce point clouds with a huge number of points within a very limited s...
To efficiently handle the continuously increasing raw point data-set sizes from high-resolution lase...
The types of data available have changed in the last decade. While, historically, data were gathered...
During the last couple of years, point sets have emerged as a new standard for the representation of...
The types of data available have changed in the last decade. While, historically, data were gathered...
We describe an effective and efficient method for point-wise semantic classification of 3D point clo...
Machine learning has made phenomenal progress in the past decades. This work has a focus on the chal...
The density and data volumes for recorded 3D surfaces increase steadily. In particular during photog...
Laser scanning, photogrammetry and other 3D scanning approaches generate data sets comprising millio...
We study the problem of efficient semantic segmentation for large-scale 3D point clouds. By relying ...
Remote rendering and visualization for large geometrical models or complex scenes calls for efficien...
Nowadays, 3D acquisition devices allow us to capture the geometry of huge Cultural Heritage (CH) sit...
We describe an effective and efficient method for point-wise semantic classification of 3D point clo...
We study the problem of efficient semantic segmentation for large-scale 3D point clouds. By relying ...
We present a novel algorithm for clustering streams of multidimensional points based on kernel densi...
Terrestrial laser scanners produce point clouds with a huge number of points within a very limited s...
To efficiently handle the continuously increasing raw point data-set sizes from high-resolution lase...
The types of data available have changed in the last decade. While, historically, data were gathered...
During the last couple of years, point sets have emerged as a new standard for the representation of...
The types of data available have changed in the last decade. While, historically, data were gathered...
We describe an effective and efficient method for point-wise semantic classification of 3D point clo...
Machine learning has made phenomenal progress in the past decades. This work has a focus on the chal...
The density and data volumes for recorded 3D surfaces increase steadily. In particular during photog...
Laser scanning, photogrammetry and other 3D scanning approaches generate data sets comprising millio...
We study the problem of efficient semantic segmentation for large-scale 3D point clouds. By relying ...
Remote rendering and visualization for large geometrical models or complex scenes calls for efficien...
Nowadays, 3D acquisition devices allow us to capture the geometry of huge Cultural Heritage (CH) sit...
We describe an effective and efficient method for point-wise semantic classification of 3D point clo...
We study the problem of efficient semantic segmentation for large-scale 3D point clouds. By relying ...
We present a novel algorithm for clustering streams of multidimensional points based on kernel densi...
Terrestrial laser scanners produce point clouds with a huge number of points within a very limited s...