When measuring a material’s microstructure, most often, these measurements require quantitative image analysis to obtain the relevant information. To ensure a high scientific output, the QIM center are developing and using the most relevant tools for analyzing the data for a given problem. Please find examples of the different tools below
Iterative Non Local Means Denoising
The iterative nonlocal means (iterNLM) algorithm is a denoiser designed [...]
Relational Shape Measure
The Relational Shape Measure is a measuring method to measure [...]
Contour-based image meshing
When segmentation is followed by meshing for structural or flow [...]
Interactive Segmentation – InSegt
In real-time, you get a full image segmentation from a [...]
Structure tensor
This tool analyses orientation in volumetric images using the structure [...]
Layered Surface Detection
A method for detecting terrain-like surfaces in a volumetric data-set, [...]
Porosity Analysis
Method for porosity analysis exemplified on quantifying trabecular structure in [...]