Bernhard Kainz

Research Interests

Applied Machine Learning Autism Automated biometrics Automated quality control Big data processing Biomedical image analysis Body imaging Brain development Brain imaging Brain injury C++ Cardiac imaging Cardiac MR Cardiovascular imaging Child development Computational anatomy and physiology Computer vision CT Data fusion Deep Learning Diffusion imaging Diffusion tensor imaging Doppler ultrasound Fetal brain Fetal cardiology Fetal development Fetal imaging Fetal MRI Fetal ultrasound fMRI Image analysis Image interpretation Image perception Image processing Image registration Image segmentation Image understanding Imaging Imaging physics Intelligent Imaging Systems Kinetic modelling Machine Learning Medical Image Analysis Medical image computing Medical imaging Mobile Health MR physics MRI MRI hardware MRI pulse sequences Neurodevelopment Neuroimaging Neurology Paediatric imaging Parallel computing Quality control Radiology Signal processing Software development Statistical methods in imaging Super-resolution Super-resolution algorithms Super-resolution ultrasound imaging Texture Texture analysis Ultrasound Industry