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We propose a computational synthetic aperture integral imaging technique that increases the field of view (FOV) and viewing angle of integral imagines systems. The synthetic aperture is obtained by relative movement of the imaging system and the object in a plane perpendicular to the optical axis. Integral images (IIs) captured during the scanning process are combined together to create a synthetic aperture integral image (SAII) that has an enlarged effective FOV. Three-dimensional (3D) imagesdoi:10.1364/oe.11.002446 pmid:19471356 fatcat:euaupwmvdvdutiy5mjhjso3qfu