A Virtual Reality Visualization Tool for Neuron Tracing-2mm
Convolutional neural networks on the HEALPix sphere: a pixel-based algorithm and its application to CMB data analysis
Evaluation of orientation and distribution of steel fibers in high-performance concrete column determined via micro-computed tomography - ScienceDirect
Math2Market GmbH | LinkedIn
Math2Market GmbH | LinkedIn
PDF) Identification and analysis of fibers in ultra-large micro-CT scans of nonwoven textiles using deep learning
A New Skeleton Feature Extraction Method for Terrain Model Using Profile Recognition and Morphological Simplification
A New Skeleton Feature Extraction Method for Terrain Model Using Profile Recognition and Morphological Simplification
Convolutional neural networks on the HEALPix sphere: a pixel-based algorithm and its application to CMB data analysis
A New Skeleton Feature Extraction Method for Terrain Model Using Profile Recognition and Morphological Simplification
Interfaces et durabilité d'électrodes avancées pour l'énergie: IT-SOFC et SOEC
Evaluation of orientation and distribution of steel fibers in high-performance concrete column determined via micro-computed tomography - ScienceDirect
Annual Meeting - SCEC.org
3D rendering of the data set obtained via X-ray microtomography. The... | Download Scientific Diagram
Averaged ratio between complementary profiles for evaluating shape distortions of map projections and spherical hierarchical tessellations - ScienceDirect
Math2Market GmbH | LinkedIn
A multi-resolution HEALPix data structure for spherically mapped point data
Convolutional neural networks on the HEALPix sphere: a pixel-based algorithm and its application to CMB data analysis
A New Skeleton Feature Extraction Method for Terrain Model Using Profile Recognition and Morphological Simplification
A multi-resolution HEALPix data structure for spherically mapped point data
PDF) A New Skeleton Feature Extraction Method for Terrain Model Using Profile Recognition and Morphological Simplification
TVCG Vis/InfoVis 2009 Front Matter
Annual Report 2014 by Fraunhofer ITWM - Issuu
