Impact of the Measurement Setup and Unknowns Modelling for Phaseless Imaging Based on Multi-Plane Acquisition

Abstract

Phaseless imaging based on multi-plane acquisition has a high dependence on a large number of parameters such as the plane extension, sampling step, choice of basis functions, number of unknowns, etc. This contribution analyzes the parameters with highest impact in the final imaging result. For this purpose, several targets with a different balance between metallic and empty parts have been measured on large surfaces with a high sampling density. After that, multiple configurations have been emulated to assess the impact of the different parameters.