Ben Glocker

Research Projects

Medical Augmented Reality

Based on real-time 3D reconstruction provided by KinectFusion, we have built a Medical Augmented Reality system which allows instant, in-situ visualization of medical data (e.g. CT or MRI scans). The image data is overlaid on the actual physical anatomy of the patient, and thus, augments the view of the surgeon. We believe this system could be useful during interventions for surgical path planning and navigation. More details about this project will follow soon.

Automatic Vertebrae Localization

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In collaboration with the University of Washington, we are developing a system for automatic vertebrae localization and identification in arbitrary field-of-view CT scans. The extracted information about the spinal anatomy yields a patient-specific coordinate system which becomes beneficial for many subsequent analysis tasks such as registration, segmentation, shape and disease modelling.

Clinical Collaborator:
David R. Haynor
University of Washington

Brain Tumor Segmentation

 Brain Tumor Segmentation

In collaboration with the Addenbrooke's Hospital in Cambridge, we are developing automatic and semi-automatic tissue-specific segmentation methods for brain tumor MR images. These methods allow for accurate quantification of individual tumor compartments which is important for the assessment of treatment response and disease progression.

Clinical Collaborators:
Raj Jena, Stephen Price
Owen Thomas, Tilak Das
Cambridge University Hospitals

Publications

    2013

    2012

    2011

    For other publications please visit my website at TUM.