2015Optics and SpectroscopyRequires access

Synthesis and fabrication of Fourier holograms for objects recognition in dispersive correlators

Vladislav G. Rodin

Open publisher page 3 citations

Abstract

A technique of Fourier holograms synthesis intended for use as spatial-frequency filters in dispersive correlators is considered. Expressions relating the spatial and spectral characteristics of the reference object, Fourier-hologram parameters, and geometric parameters of the system, which are necessary to synthesize holograms for a single-objective correlator, are obtained. Experiments on object images reconstruction using fabricated holograms and correlation signals formation in a dispersive correlator have been performed.

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A technique of Fourier holograms synthesis intended for use as spatial-frequency filters in dispersive correlators is considered. Expressions relating the spatial and spectral characteristics of the reference object, Fourier-hologram parameters, and geometric parameters of the system, which are necessary to synthesize holograms for a single-objective correlator, are obtained. Experiments on object images reconstruction using fabricated holograms and correlation signals formation in a dispersive correlator have been performed.

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Available abstract

A technique of Fourier holograms synthesis intended for use as spatial-frequency filters in dispersive correlators is considered. Expressions relating the spatial and spectral characteristics of the reference object, Fourier-hologram parameters, and geometric parameters of the system, which are necessary to synthesize holograms for a single-objective correlator, are obtained. Experiments on object images reconstruction using fabricated holograms and correlation signals formation in a dispersive correlator have been performed.

Key concepts: Holography, Fabrication, Fourier transform, Optics, Materials science, Photonics, Computer science, Optoelectronics

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