An accurate and low complexity blind adaptive chromatic dispersion compensation and estimation algorithm for coherent optical systems is proposed and experimentally validated. The method is based on a Frequency Domain Equalizer, a low complexity Butterfly Time Domain Equalizer and an Optical Performance Monitoring in a loop configuration
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
A fast and low-complexity adaptive chromatic dispersion (CD) compensation algorithm based on delay-t...
Coherent detection employing multilevel modulation formats has become one of the most promising tech...
An accurate and low complexity blind adaptive chromatic dispersion compensation and estimation algor...
Abstract: An accurate and low complexity blind adaptive chromatic dispersion compensation and estima...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
A fast and low-complexity adaptive chromatic dispersion (CD) compensation algorithm based on delay-t...
Coherent detection employing multilevel modulation formats has become one of the most promising tech...
An accurate and low complexity blind adaptive chromatic dispersion compensation and estimation algor...
Abstract: An accurate and low complexity blind adaptive chromatic dispersion compensation and estima...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
A blind adaptive chromatic dispersion compensation and estimation algorithm is proposed and experim...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
We propose an accurate and low-complexity blind adaptive algorithm for chromatic dispersion (CD) com...
A fast and low-complexity adaptive chromatic dispersion (CD) compensation algorithm based on delay-t...
Coherent detection employing multilevel modulation formats has become one of the most promising tech...