DIFFUSE OPTICAL TOMOGRAPHY, FLUORESCENCE, SCATTERING, MEDIA, Optics, Physics
We examine theoretically and experimentally an imaging scheme that uses the transverse intensity profile of the scattered light to reconstruct the locations of absorbers embedded in a turbid medium. This method is based on an a priori knowledge of the scattered light patterns associated with a single absorber that is located at various positions inside the medium. We discuss the range of validity of this method, and its sensitivity with regard to noise, and propose an algorithm to improve its accuracy.
Campbell, S D.; Grobe, S D.; Goodin, I L.; Su, Q; and Grobe, Rainer, "Limitations of decomposition-based imaging of longitudinal absorber configurations" (2008). Faculty publications – Physics. 18.
Originally published in Physical Review A by the American Physical Society.