WIAS Preprint No. 204, (1995)
Inverse problems in optical tomography
Authors
- Hünlich, Rolf
- Model, Regine
- Orlt, Matthias
- Walzel, Monika
DOI
Abstract
This preprint contains the revised version of two papers presented at the BiOS Europe '95 held at Barcelona in September 1995 (to appear in Proc. SPIE 2626). Both papers are devoted to inverse problems in optical tomography. The photon migration in highly scattering media is decribed by the diffusion equation including some absorption term and by suitable initial and boundary conditions. It represents a good approximation assuming scattering predominates over absorption. Algorithms for solving these inverse problems are an essential part in developing medical diagnostic methods based on transillumination of tissue.
In the first paper
- R. Model, R. Huenlich: Parameter sensitivity in near infrared imaging, pp. 2-11
The second paper
- M. Orlt, M. Walzel, R. Model: Transillumination imaging performance using time domain data, pp. 12-23
Appeared in
- Proc. SPIE, 2626 (1995), pp. 56-65
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