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19.07.2016 - STIMULATE-Kolloquium

Am Dienstag, dem 19.07.2016 findet in der Lukasklause ab 15.00 Uhr das STIMULATE-Kolloquium statt.

Vortragender: 

Felix Bork, Technische Universität München

Thema:  

„Interactive Mixed Reality for Collaborative Human Anatomy and Radiology Learning“

Abstract:

Knowledge about the anatomy of the human body is vital for everyone working in the medical domain.  Augmented Reality (AR) systems for anatomy teaching, which display virtual information directly on  top of the body of the user, have proven to facilitate the mental mapping compared to traditional  teaching paradigms. In this talk, I will present a Mixed Reality (MR) system for collaborative human  anatomy and radiology learning developed at our chair in Munich. Focus will be laid upon the 3-dimensional user interface, collaborative interaction paradigms, and MR visualization techniques of the system.

CV:

  • 08/2014 - 04/2015 Visiting graduate student at Johns Hopkins University (JHU), Laboratory for Computational Sensing + Robotics, Baltimore, MD

- Research Topic: Perceptual augmented reality visualizations for image-guided needle biopsies

  • 04/2013 - 09/2013 Student research assistant at the Div. of Medical Physics in Radiation Oncology, German Cancer Research Center (DKFZ), Heidelberg

- Research Topic: 3D visualization of inter-fractionally occurring dose uncertainties and their effects on dose-volume-histograms in the course of fractionated radiation therapy

  • since 11/2015 PhD candidate at Technische Universität München (TUM), Chair for Computer Aided Medical Procedures and Augmented Reality

- DFG funded research project: Development and evaluation of a novel augmented reality system for intuitive teaching of human anatomy and applied radiology

  • 10/2013 - 09/2015 Study in Biomedical Computing (Master of Science) at Technische Universität München

- Master thesis at JHU: Advanced perceptual visualization techniques in medical augmented reality

  • 03/2010 - 02/2013 Study in Medical Informatics (Bachelor of Science) at the University of Heidelberg / Heilbronn University

- Bachelor thesis at DKFZ: Design and implementation of a concept for 3D visualization of inter-fractionally occurring dose uncertainties in adaptive radiation therapy

zur Kolloquiumübersicht