Search Results - "Mengelkamp, Judith"

A Deep Learning Algorithm for Prediction of Age-Related Eye Disease Study Severity Scale for Age-Related Macular Degeneration from Color Fundus Photography by Grassmann, Felix, Mengelkamp, Judith, Brandl, Caroline, Harsch, Sebastian, Zimmermann, Martina E., Linkohr, Birgit, Peters, Annette, Heid, Iris M., Palm, Christoph, Weber, Bernhard H.F.

“…Age-related macular degeneration (AMD) is a common threat to vision. While classification of disease stages is critical to understanding disease risk and…”
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Lorentz Force Evaluation With Differential Evolution by Mengelkamp, Judith, Lattner, Daniela, Haueisen, Jens, Carlstedt, Matthias, Weise, Konstantin, Brauer, Hartmut, Ziolkowski, Marek, Eichardt, Roland

“…In the framework of nondestructive testing and evaluation, Lorentz force evaluation (LFE) is a method for reconstructing defects in electrically conducting…”
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Permanent Magnet Modeling for Lorentz Force Evaluation by Mengelkamp, Judith, Ziolkowski, Marek, Weise, Konstantin, Carlstedt, Matthias, Brauer, Hartmut, Haueisen, Jens

“…Lorentz force evaluation (LFE) is a technique to reconstruct defects in electrically conductive materials. The accuracy of the forward and inverse solution…”
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Current Density Reconstructions for Lorentz Force Evaluation by Mengelkamp, Judith, Carlstedt, Matthias, Weise, Konstantin, Ziolkowski, Marek, Brauer, Hartmut, Haueisen, Jens

“…The detection and reconstruction of fatigue fractures is of great interest in quality assurance. In the framework of nondestructive testing, Lorentz force…”
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Lorentz force eddy current testing: a novel NDE-technique by Brauer, Hartmut, Porzig, Konstantin, Mengelkamp, Judith, Carlstedt, Matthias, Ziolkowski, Marek, Toepfer, Hannes

“…Purpose – The purpose of this paper is to present a novel electromagnetic non-destructive evaluation technique, so called Lorentz force eddy current testing…”
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Evaluation of multi-dimensional decomposition models using synthetic moving EEG potentials by Mengelkamp, Judith, Weis, Martin, Husar, Peter

“…To identify the scalp projections of the underlying sources of neural activity based on recorded electroencephalographic (EEG) signals, the multi-dimensional…”
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