Paper Info
Title
Ultimate Information Capacity of a Volume Photosensitive Media.
Abstract
The ultimate information capacity of a three-dimensional hologram for the case of an optimal use of the dynamic range of a storage medium, number of pages, the readout conditions is considered. The volume hologram is regarded as an object of the information theory. For the first time the formalism of the reciprocal lattice has been introduced in order to estimate the informational properties of the hologram. The diffraction-limited holographic recording is analyzed in the framework of the reciprocal lattice formalism. Calculations of the information capacity of a three-dimensional hologram involve analysis of a set of multiplexed holograms, each of which has a finite signal-to-noise ratio determined by the dynamic range of the holographic medium and the geometry of recording and readout. An optimal number of pages that provides a maxi-mum information capacity at angular multiplexing is estimated.
Year
DOI
Venue
2014
10.1007/978-3-319-10353-2_61
NEW2AN
Field
DocType
Citations 
Information theory,Holography,Dynamic range,Quantum mechanics,Volume hologram,Optics,Formalism (philosophy),Multiplexing,Reciprocal lattice,Condensed matter physics,Physics
Conference
0
PageRank 
References 
Authors
0.34
0
2
Name
Order
Citations
PageRank
Yuriy I. Kuzmin100.34
Viktor M. Petrov201.35