Helmholtz Program (PoF IV): Natural, Artificial and Cognitive Information Processing (NACIP)
(BioInterfaces in Technology and Medicine (BIFTM), PoF III)
The research group “Machine Learning for High-Throughput Methods and Mechatronics (ML4HOME)” deals with the analysis of data being generated automatically by mechatronic systems in big amounts. Examples are automated microscopes, X-ray diffractometers and autonomous vehicles. Our focus is the generalization of big data-sets consisting of a lot of data points (high throughput), whose extent requires mandatory automatic processing.
We aim for modelling processes to identify relations and outliers in big data sets (images, time series etc.) to automatically quantify experiments, predict system conditions or give instant feedback about inconsistent measurements. Visualization routines are commonly applied to clarify the results.
To ensure the usability of all developed algorithms and to enable external researchers to process their data, we integrate our methods typically into stand-alone software tools. Modelling is mostly done using Python’s libraries scikit-learn, PyTorch and TensorFlow, easy processing is done using MATLAB.
|Roman Bruch, M.Sc.||+49 721 608-26156||roman bruch∂ kit edu|
|Moritz Böhland||+49 721 608-25755
+49 721 608-43531
|moritz boehland∂ kit edu|
|Andre Orth||+49 721 608-26156
+49 721 608-43531
|andre orth∂ kit edu|
|apl. Prof. Dr. Markus Reischl||+49 721 608-25749||markus reischl∂ kit edu|
|Luca Rettenberger, M. Sc.||+49 721 608-26156||luca rettenberger∂ kit edu|
|Marcel Schilling, M.Sc.||+49 721 608-25739||marcel schilling∂ kit edu|
|Jan Schützke, M.Sc.|
|Yanke Wang||yanke wang∂ kit edu|
|3 additional persons visible within KIT only.|
|Image processing to quantify swarm properties|
|Establishment of a new method to interactively segment and visualize complex 3D image data|