preprintInternational audienceIn this article we describe a new convolutional neural network (CNN) to classify 3D point clouds of urban scenes. Solutions are given to the problems encountered working on scene point clouds, and a network is described that allows for point classification using only the position of points in a multi-scale neighborhood. This network enables the classification of 3D point clouds of road scenes necessary for the creation of maps for autonomous vehicles such as HD-Maps. On the reduced-8 Semantic3D benchmark [Hackel et al., 2017], this network, ranked second, beats the state of the art of point classification methods (those not using an additional regularization step a...
Managing a city efficiently and effectively is more important than ever as growing population and ec...
Due to the 360° video camera's ability to rapidly capture the entire scene and be ori-ented in any d...
Due to the 360° video camera's ability to rapidly capture the entire scene and be ori-ented in any d...
There is a paradigm shift from two- to three-dimensional data, from maps to information dense models...
Directly processing 3D point clouds using convolutional neural networks (CNNs) is a highly challengi...
Directly processing 3D point clouds using convolutional neural networks (CNNs) is a highly challengi...
This thesis contributes to the emerging field of 3D scene understanding. That is, given a 3D scene r...
In point-cloud scenes, semantic segmentation is the basis for achieving an understanding of a 3D sce...
An essential prerequisite for unleashing the potential of supervised deep learning algorithms in the...
Deep learning algorithms are able to automatically handle point clouds over a broad range of 3D imag...
Semantic segmentation of point clouds is indispensable for 3D scene understanding. Point clouds have...
Roads in modern cities facilitate different types of users, including car drivers, cyclists, and ped...
The semantic classification of point clouds is a fundamental part of three-dimensional urban reconst...
Functional classification of the road is important to the construction of sustainable transport syst...
With recent advances in technology, 3D point clouds are getting more and more frequently requested a...
Managing a city efficiently and effectively is more important than ever as growing population and ec...
Due to the 360° video camera's ability to rapidly capture the entire scene and be ori-ented in any d...
Due to the 360° video camera's ability to rapidly capture the entire scene and be ori-ented in any d...
There is a paradigm shift from two- to three-dimensional data, from maps to information dense models...
Directly processing 3D point clouds using convolutional neural networks (CNNs) is a highly challengi...
Directly processing 3D point clouds using convolutional neural networks (CNNs) is a highly challengi...
This thesis contributes to the emerging field of 3D scene understanding. That is, given a 3D scene r...
In point-cloud scenes, semantic segmentation is the basis for achieving an understanding of a 3D sce...
An essential prerequisite for unleashing the potential of supervised deep learning algorithms in the...
Deep learning algorithms are able to automatically handle point clouds over a broad range of 3D imag...
Semantic segmentation of point clouds is indispensable for 3D scene understanding. Point clouds have...
Roads in modern cities facilitate different types of users, including car drivers, cyclists, and ped...
The semantic classification of point clouds is a fundamental part of three-dimensional urban reconst...
Functional classification of the road is important to the construction of sustainable transport syst...
With recent advances in technology, 3D point clouds are getting more and more frequently requested a...
Managing a city efficiently and effectively is more important than ever as growing population and ec...
Due to the 360° video camera's ability to rapidly capture the entire scene and be ori-ented in any d...
Due to the 360° video camera's ability to rapidly capture the entire scene and be ori-ented in any d...