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Matthias Wilms, Dr. rer. nat.
PostDoc, University of Calgary, CanadaDr. rer. nat. (German PhD equivalent) in Computer Science, University of Luebeck, Germany
MSc in Computer Science, University of Hamburg, Germany
BSc in Applied Computer Science, University of Applied Sciences Hamburg, Germany
Areas of Research
Medical Image Analysis and Machine Learning
My research centers around the development of machine learning solutions for health data science and precision medicine problems with a focus on machine learning-based medical image analysis. I am specifically interested in developing and advancing machine learning methods that accurately model the complex dynamics and variations of normal or pathological processes in the human body by integrating and combining diverse, large-scale medical data (e.g., images, clinical data, text reports). These models can then serve as clinical computer-aided diagnosis support tools or as tools for systematic data exploration in research scenarios. While the sensitivity and specificity of the models is of paramount importance in healthcare, my work also explicitly focuses on the explainability and interpretability of their decisions to enhance acceptability and trust by clinicians and patients. Finally, I am also interested in developing methods that achieve good results even if trained with limited data.
My research centers around the development of machine learning solutions for health data science and precision medicine problems with a focus on machine learning-based medical image analysis. I am specifically interested in developing and advancing machine learning methods that accurately model the complex dynamics and variations of normal or pathological processes in the human body by integrating and combining diverse, large-scale medical data (e.g., images, clinical data, text reports). These models can then serve as clinical computer-aided diagnosis support tools or as tools for systematic data exploration in research scenarios. While the sensitivity and specificity of the models is of paramount importance in healthcare, my work also explicitly focuses on the explainability and interpretability of their decisions to enhance acceptability and trust by clinicians and patients. Finally, I am also interested in developing methods that achieve good results even if trained with limited data.
Supervising degrees
Biomedical Engineering - Doctoral: Seeking Students
Biomedical Engineering - Masters: Seeking Students
Medical Science - Doctoral: Seeking Students
Medical Science - Masters: Seeking Students
More information
Working with this supervisor
Graduate student candidates should hold a BSc or MSc in biomedical engineering, computer science, mathematics, or a closely related field. A strong academic background with initial research experience as well as good English skills are essential. Programming skills, (at least) basic knowledge of modern machine learning techniques (e.g., deep learning), and a solid math education are required.
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