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Technical Program
Paper Detail
| Paper: | MP-L3.7 |
| Session: | Deblurring and Image Restoration |
| Time: | Monday, October 9, 16:40 - 17:00 |
| Presentation: |
Lecture
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| Title: |
MAXIMUM LIKELIHOOD METHODS FOR TIME-RESOLVED IMAGING THROUGH TURBID MEDIA |
| Authors: |
Brian Eriksson; University of Wisconsin-Madison | | | | | Robert Nowak; University of Wisconsin-Madison | | |
| Abstract: |
Recently technological advances now enable time-gated acquisitions of photons at very fast rates. This can allow one to separate scattered and unscattered photons in transillumination imaging. Time-resolved transillumination (TRT) imaging opens the door to an new type of imaging through turbid (scattering) media such as soft tissue and fog/smoke, and exciting potential applications in bioimaging and surveillance. This paper proposes a novel Maximum Likelihood based approach to TRT image reconstruction. |
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