3D reconstruction of the moving object with double-shooting based on phase shifting profilometry

This paper targets a common limitation of phase-shifting profilometry: moving objects violate the static-scene assumption during multi-frame fringe capture. The double-shooting strategy is used to make phase recovery more robust to motion.

This work appears in Infrared and Laser Engineering, 52(12):20220891-1.

Problem setting

Moving-object reconstruction requires phase information that remains consistent across frames. The method uses double-shooting acquisition to reduce phase inconsistency before 3D reconstruction.

The figures below collect representative visual evidence from Infrared and Laser Engineering, 52(12):20220891-1.

Method and visual evidence

The figure below summarizes the acquisition and reconstruction workflow for moving-object PSP.

Method overview.

Results and impact

The reported experiments evaluate whether the double-shooting strategy improves reconstruction stability for moving targets compared with ordinary phase-shifting acquisition.