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Capacity Improvement in Imaging Page-Oriented Optical Data Storage Using 2-D Modulation and Iterative Detection

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Abstract

We describe modulation and iterative detection techniques that improve the usable density and capacity of imaging page-oriented optical data storage systems while maintaining acceptable bit-error rates. The procedure iteratively compares the values of pixels in a local neighborhood to deduce the effects of intersymbol interference and improve the classification accuracy.

© 2003 Optical Society of America

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