My work addresses a variety of problems in Biomedical Image Analysis. My main field of research is nonrigid image registration, with application to deformation-based morphometry and atlas-based segmentation. I also have a strong interest in image-guided surgery and surgical navigation. Examples of some of my current projects are available through the navigation bar on the left, or through the links below.
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Nonrigid image registration: parallel shared-memory computation of complex coordinate transformations between images from different subjects, or between images from the same subject at different times. |
| Deformation-based morphometry: group comparisons of volume differences and volume changes using 3D and 4D image data |
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Fly brain image analysis: inter-subject mapping of olfactory neurons in Drosophila (collaboration with G. Jefferis, Cambridge, UK) |
| Bee brain image analysis: confocal microscopy image unwarping and atlas-based segmentation (collaboration with R. Menzel, Berlin, Germany, and with P. Jakob and D. Haddad, Würzburg, Germany) |
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Image-guided surgery: surgical and radiosurgical target region tracking using X-ray projection images (collaboration with C.R. Maurer, Jr., Stanford, CA and J. Denzler, Jena, Germany) |
URL: http://www.stanford.edu/~rohlfing/research/index.html
Last updated October 19 2009 11:45:29.
Torsten Rohlfing, Ph.D., torsten@synapse.sri.com
SRI International, Neuroscience Program
333 Ravenswood Avenue,
Menlo Park, CA 94025-3498, USA