Initiator

Priv.-Doz. Dr. Dr. Jan Egger (Technical Steering)

Dr. Dr. Dr. Jürgen Wallner (Medical Steering)

 

Ph.D. Students (in alphabetical order)

Christina Gsaxner is working on a Virtual and Augmented Reality Training and Navigation Module for 3D-Printed Facial Defect Reconstructions.

Yuan Jin is working on vessel tree segmentations.

Jianning Li is working on Deep Learning algorithms for the automatic reconstruction of medical implants.

Antonio Pepe is working on immersive visualizations of Aortic Dissections using Virtual Reality.

 

Further Researchers (in alphabetical order)

Theresa Hübner is working on algorithms for StudierFenster.

Christoph Koch is working on ITK/VTK interfaces.

Dominik Krobath is working on double-oblique viewer for Studierfenster.

Manuel Kurz is working on inpainting with Generative Adversarial Networks.

Michael Lackner is working on cranial implant design.

Kathrin Mariacher is working on Radiomics features.

Alessandra Masur is working on a GrowCut implementation for Studierfenster.

Melissa Meister is working on medical 3D Printing.

Markus Perz is working on multi-user AR.

Bernhard Scharinger aortic vessel tree segmentation.

Jon Škoberne is working on AR-based volume rendering.

Naida Solak is working on brain tumor segmentation.

Gabriel Weißenbäck is working on cranial implant design.

Maximilian Weber is working on point cloud registrations.

Daniel Wild is working on the implementation of WebGL Algorithms.

 

External Members

Alexander Adel is wokring on medical Virtual Reality.

Hakan Bayir is working on a Generative Adversarial Network for neurosurgery.

Moritz Rempe is working on inverse image processing.

Harsh Sulakhe is working on cranial implant design.

 

Alumni (by leaving)

Markus Gall was working on the semi-automatic planning of cranial 3D implants and a software prototype for the interactive planning of miniplates to treat facial defects.

Birgit Pfarrkirchner was working on data augmentation for deep learning and an automatic lower jawbone classification and segmentation with deep learning.

Kerstin Hochegger was performing a multi-platform evaluating of algorithms for oral and cranio-maxillofacial surgery.

Philipp Umschaden was testing Apple’s ARKit (Augmented Reality Framework) with clinical/medical data.

Gianpaolo Francesco Trotta was working on the interactive design and triangulation of cranial implants.

Rita Morais is with the University of Minho in Braga (Portugal), she was working on automatic planning of cranial 3D implants for in OR additive manufacturing (3d printing).

Lydia Lindner was working on data augmentation in the area of brain tumors and the automatic deep learning segmentation of glioblastoma multiforme (GBM).

Mauro Sylos Labini was working on a mixed reality system for maxillofacial oncology surgery.

Maximilian Weber was working on the implementation of WebGL Algorithms.

Simon Gunacker was implementing a thread-based Virtual Realty (VR) module for medical applications and a particle simulation under VR.

Zolbayasakh Tsoggerel was working on a machine learning approach for the automatic segmentation of focal liver lesions in ultrasound images.

Elisabeth Hübsch was working on the semi-automatic segmentation of eye sockets for oral and cranio-maxillofacial surgery.

Michael Schmied was working on Deep Learning networks for medical image analysis.

Verena Fink was working on the segmentation of head neck tumors.

Alexander Prutsch was working on inpainting with Generative Adversarial Networks.

Una Ibrahimpasic was evaluating the HoloLens for cranio-maxillofacial surgery.

Florian Karner was working on 3D facial reconstructions for medical Augmented Reality.

Christopher Ramirez was working on an cloud-based DICOM browser.

Christina Dionysio was working on a cloud-based centerline algorithm.

Marcell Krall was working on a database for neurosurgery.

Reinhard Potz was generating a valid ground truth data set collection of lower jawbones.

Markus Merkl was evaluating Augmented Reality Glasses for Oral and Maxillofacial Surgery.

Michael Schwaiger was working on the interactive planning and evaluation of miniplates to treat facial defects.

Matthias Eder was working on a Super-Resolution approach for cranial implant design.

Juliana Madritsch was working on a tiled display calibration.

Maria Rodrigues Gonçalves was working on radiomics in Head and Neck cancer.

Lukas Radl was working on vessel tree segmentations.

Tina Holliber was working on rib segmentation.

Artem Kroviakov was working on automatic cranial implant design.

Lei Yu was working on cranial implant design.

Paul Ganster was working on medical Augmented Reality.

Mariana Aguiar was working on automatic cranial implant design.

Antonella Disanto was working on Aortic Dissection segmentation.

Luana Petrelli was working on image analysis and modeling of blood vessels.