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Research

Research at the Department of Medical Informatics is focused on the development of methods, algorithms, and software systems for medical image processing, for applications in computer aided diagnostics, therapy, and education. Methodically, this work can be assigned to the following fields:

4D Medical Image Computing
Segmentation and Registration of Medical Image Data
Virtual Reality Systems for Planning Simulation and Training of Surgical Interventions
Simulation and Modeling
Virtual Bodies
eLearning

4D Medical Image Computing

		Visualization and Analysis of Cerebral Arteriovenous Malformation using 3D and 4D MR Image Seqeunces
		Analysis of the 4D Cine-MR Cardiac Image Data
		4D Medical Image Computing for Model-based Analysis of Respiratory Tumor and Organ Motion
		Simulation and Evaluation of the Impact of Breathing Motion on Thoracic Dose Distributions for Different Radiation Delivery Techniques using 4D CT Data
		Artefact reduced Reconstruction of 4D-CT Data Sets from 3D-CT Data Degments
Segmentation and Registration of Medical Image Data

		Contour Extraction of Anatomical Structures in Medical Image Data using Atlases and Graph Search Algorithms
		Optical Flow based Interpolation of Temporal Image Sequences
		Non-Linear Voxel-Based 2D/3D Registration using Differential Properties
		Surface-Based Registration for Automatical Recognition of Anatomical Landmarks
		Atlas-Based 3D Segmentation of Anatomical Image Structures and Landmarks using Non-linear Registration Algorithms
Virtual Reality Systems for Planning, Simulation and Training of Surgical Interventions

		Virtual Reality Simulator for the Training of Puncture Interventions

		Computer-Assisted 3D-Planning of Hip Operations and Endoprostheses in Bone Tumor Surgery
Simulation and Modeling

		Finite Element Modeling of Respiratory Lung Motion
		Representation and Visualization of 3D Shape Variability of Organs in an Interactive Anatomical Atlas
		Simulation of Ultrasound Images from Segmented 3D Image Data
Virtual Bodies

		Virtual Preparation and Atlas Building of Brain and Heart of the Visible Korean Human
		Computer Aided Reconstruction of the Bog Body "Moora"
		Virtual Mummy
eLearning

		eLearning in Medical Informatics
		Introduction of a Learning Management System for Medical Education