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METHOD FOR RECONSTRUCTING THE OPTICAL PROPERTIES OF A MEDIUM WITH CALCULATION OF A CORRECTED SIGNAL BASED ON A FIRST MODELING FUNCTION FOR A REFERENCE MEDIUM AND A SECOND DISTRIBUTION FOR A MEDIA TO BE CHARACTERIZED, AND ASSOCIATED RECONSTRUCTION SYSTEM
METHOD FOR RECONSTRUCTING THE OPTICAL PROPERTIES OF A MEDIUM WITH CALCULATION OF A CORRECTED SIGNAL BASED ON A FIRST MODELING FUNCTION FOR A REFERENCE MEDIUM AND A SECOND DISTRIBUTION FOR A MEDIA TO BE CHARACTERIZED, AND ASSOCIATED RECONSTRUCTION SYSTEM
The method involves establishing distribution of a signal received by a detector for a reference medium, and determining a modeling function (110) of a light scattering signal between a radiation source and the detector in the reference medium. Another distribution of another signal received by the detector is established for a medium to be characterized, where the received signal is emitted by the medium to be characterized following the illumination (120) of the medium by the source. A corrected signal is calculated (140) as a function of the modeling function and the latter distribution. The detector is a time-correlated single photon counting (TCSPC)-type device. An independent claim is also included for a reconstruction system.
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