Title of Paper:Resolution Enhanced Computational Integral Imaging Reconstruction by Using Boundary Folding Mirrors

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Date of Publication:2016-06-01

Journal:JOURNAL OF THE OPTICAL SOCIETY OF KOREA

Included Journals:SCIE、EI

Volume:20

Issue:3

Page Number:363-367

ISSN No.:1226-4776

Key Words:Integral imaging; Elemental images; Resolution enhancement

Abstract:In this paper, we present a resolution-enhanced computational integral imaging reconstruction method by using boundary folding mirrors. In the proposed method, to improve the resolution of the computationally reconstructed 3D images, the direct and reflected light information of the 3D objects through a lenslet array with boundary folding mirrors is recorded as a combined elemental image array. Then, the ray tracing method is employed to synthesize the regular elemental image array by using a combined elemental image array. From the experimental results, we can verify that the proposed method can improve the visual quality of the computationally reconstructed 3D images.