Abstract

This paper a novel, Fractionally Spaced Clustering Based Equalization method is proposed for the electronic equalization of optical communication links. Channel estimation in optical channels is not a straightforward task since the optical channel is nonlinear and noise is non-Gaussian. The proposed equalizer treats equalization as a classification task and avoids optical channel estimation procedure. The proposed approach outperforms the recursive Volterra DFE methods as it is demonstrated by computer simulation.

© 2010 Optical Society of America

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