Add to ORKGElectronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Coherent detection and I/Q modulation are used to implement phase conjugation. Significant performance improvement is achieved in WDM multi-rate systems. © 2011 Optical Society of America
We present nonlinear impairment mitigation of wavelength division multiplexed (WDM) signals, through...
We report nonlinearity mitigation of two 64-QAM signals, tested in a WDM environment, through mid-li...
We discuss recent progress on the use of optical and digital phase conjugation techniques for nonlin...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
This article is intended as a guide to the techniques for nonlinearity compensation in a fiber-optic...
This article is intended as a guide to the techniques for nonlinearity compensation in a fiber-optic...
One of the main causes of signal degradation in high-bit-rate transmission systems is the interplay ...
International audienceKerr nonlinearity compensation by optical phase conjugation is demonstrated in...
Kerr nonlinearity compensation by optical phase conjugation is demonstrated in a WDM PDM 16-QAM syst...
We present nonlinear impairment mitigation of wavelength division multiplexed (WDM) signals, through...
We report nonlinearity mitigation of two 64-QAM signals, tested in a WDM environment, through mid-li...
We discuss recent progress on the use of optical and digital phase conjugation techniques for nonlin...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
Electronic phase conjugation is proposed for nonlinearity compensation in fiber communications. Cohe...
This article is intended as a guide to the techniques for nonlinearity compensation in a fiber-optic...
This article is intended as a guide to the techniques for nonlinearity compensation in a fiber-optic...
One of the main causes of signal degradation in high-bit-rate transmission systems is the interplay ...
International audienceKerr nonlinearity compensation by optical phase conjugation is demonstrated in...
Kerr nonlinearity compensation by optical phase conjugation is demonstrated in a WDM PDM 16-QAM syst...
We present nonlinear impairment mitigation of wavelength division multiplexed (WDM) signals, through...
We report nonlinearity mitigation of two 64-QAM signals, tested in a WDM environment, through mid-li...
We discuss recent progress on the use of optical and digital phase conjugation techniques for nonlin...