Multiple-Scattering Optical Tomography with Layered Material

In this paper, we propose an optical tomography for optically dense media in which multiple scattering is dominant. We model a material by many layers of voxels, and light scattering as a distribution from a voxel in one layer to other voxels in the next layer. Then we write attenuation of light along a light path by an inner product of vectors, and formulate the scattering tomography as an inequality constraint minimization problem solved by interior point methods. We show experimental results with numerical simulation for evaluating the proposed method.