We show that a three-dimensional (3D) scene can
be coded by joining different objects by combining multiple
optically recorded color digital holograms. Recently, an adaptive
scheme based on affine transformations, able to correct defocus
aberrations of digital holograms, was demonstrated, that we name
here Adaptive Transformation in Digital Holography (ATDH).
We propose an effective framework to create dynamic color holographic
3D scene by using a generalization of such scheme aided
by a speckle reduction method, called Multilevel Bi-dimensional
Empirical Mode Decomposition (MBEMD), used for the first
time in color holography. We also demonstrate its feasibility to
the synthesis of multiple Color Computer Generated Holograms
(CCGHs).
We show that a three-dimensional (3D) scene canbe coded by joining different objects by combining multipleoptically recorded color digital holograms. Recently, an adaptivescheme based on affine transformations, able to correct defocusaberrations of digital holograms, was demonstrated, that we namehere Adaptive Transformation in Digital Holography (ATDH).We propose an effective framework to create dynamic color holographic3D scene by using a generalization of such scheme aidedby a speckle reduction method, called Multilevel Bi-dimensionalEmpirical Mode Decomposition (MBEMD), used for the firsttime in color holography. We also demonstrate its feasibility tothe synthesis of multiple Color Computer Generated Holograms(CCGHs).
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