Computer Graphics
TU Braunschweig

Computed Tomography

Abstract

The ability to look inside an object is both fascinating and insightful, and has many applications both in medicine and in metrology. Often, one of the challenges here is that the object must not be destroyed and information about its insides can only be acquired in form of radiographic scans, such as x-ray images. These scans inherently represent integrals rather than absolute values. The objective of methods in the project is to reconstruct information from integrated projections efficiently and accurately. The difficulties vary from time-variance and scarcity of data for medical applications to computational cost and memory footprint for metrology. We cooperate with industry to find new methods for solving these problems.

Publications

Felix Lehner, Jürgen Roth, Oliver Hupe, Marc Kassubeck, Benedikt Bergmann, Petr Mánek, Marcus Magnor:
Method for fast determination of the angle of ionizing radiation incidence from data measured by a Timepix3 detector
in Journal of Sensors and Sensor Systems, vol. 10, pp. 63-70, March 2021.

Markus Wedekind, Marc Kassubeck, Marcus Magnor:
Real-Time High-Resolution Cone-Beam CT Using GPU-Based Multi-Resolution Sampling
in Proc. IEEE International Conference on Image Processing (ICIP), pp. 1163-1167, October 2018.

Marc Kassubeck, Stephan Wenger, Chris A. Jennings, Matthew Gomez, Eric Harding, Jens Schwarz, Marcus Magnor:
Data-driven Compressed Sensing Tomography
in Electronic Imaging, vol. 2018, no. 15, Society for Imaging Science and Technology, January 2018.