A direct, non-iterative reconstruction algorithm localizes a point fluorophore in a homogeneous scattering half-space by inverting asymptotic peak-time formulas and intersecting three spheres through a tetrahedron construction.
Jiang, Fluorescence Molecular Tomography: Principles and Applic ations
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Direct inversion scheme of time-domain fluorescence diffuse optical tomography by asymptotic analysis of peak time
A direct, non-iterative reconstruction algorithm localizes a point fluorophore in a homogeneous scattering half-space by inverting asymptotic peak-time formulas and intersecting three spheres through a tetrahedron construction.