We consider a process by which images recorded in high-density holographic storage
systems may be degraded. In particular, the recording of many holograms in the same …

The set of equations describing photorefractive four-wave mixing of image-bearing beams
has been solved in the presence of diffraction using a perturbation analysis assuming a …

A random array exclusive OR modulation (REOM) channel coding technique is proposed for
digital holographic data storage. The effect of channel coding on the system performance is …

The cross-talk noise in reconfigurable interconnection, which results from the nonuniform
amplification in photorefractive two-wave mixing in the Fourier domain, in which maximum …

We demonstrate a new type of optically addressed spatial light modulator. By imaging an
external grating into a photorefractive material, we write holographic gratings without the …

Light-beam profile deformation during scattering with the photorefractive grating formed by
the diffusive, photovoltaic, and drift mechanisms is investigated in the case of anisotropic …

La souplesse d'emploi des matériaux photoréfractifs est un de leurs principaux attraits. Un
même échantillon est sensible sur une plage de longueurs d'onde de plus de 100 nm avec …

The two-wave mixing process in a photorefractive medium is investigated including
nonuniform amplitude distributions of the pump and signal waves, plane-aberrated phase …

The spatial fidelity of amplified images in photorefractive materials due to spatial gain
variations with computation and experiment based on BaTiO 3 is investigated. The results …

A modified real-time holographic technique for obtaining high fidelity integration of coherent
or incoherent signals is described. The technique maintains the sensitivity, resolution, and …