Michael Ebner

Research Interests

Applied Machine Learning Artificial Intelligence Big data processing Biomedical image analysis Brain development Brain imaging C++ Cardiovascular imaging Child development Clinical and scientific evaluation of imaging studies Clinical studies Clinical translation Collaboration Computational anatomy and physiology Computational pathology Computed tomography Computer vision Computer-assisted intervention Computer-assisted surgery Convolutional neural networks CT Deep Learning Diffusion tensor imaging DTI-tractography Embryonic development Fetal brain Fetal development Fetal imaging Fetal MRI Fetal ultrasound Fluorescence microscopy Image analysis Image enhancement Image formation and reconstruction Image processing Image registration Image segmentation Image understanding Imaging Machine Learning MATLAB Medical Image Analysis Medical image computing Medical imaging Modelling Motion analysis Motion atlases MRI Neonatal MRI Neurodevelopment Neuroimaging Neurology Neuroradiology Novel imaging methods Open-source Paediatric imaging Parallel computing Python Quality control Quantitative image analysis Reconstruction Resting state fMRI Signal processing Simulation Software development Software engineering Statistical methods in imaging Statistics Structural imaging Super-resolution Super-resolution algorithms Super-resolution ultrasound imaging Translational imaging Industry Opportunity