Four-wave-mixing (FWM) due to the fiber nonlinearity is a major limiting factor in coherent optical OFDM transmission. We propose to apply power pre-emphasis, i.e. to allocate the transmitted power nonuniformly among subcarriers in order to suppress the FWM impairment. The proposed technique was numerically investigated for both single channel 15.6 Gbs CO-OFDM transmissions and 7-channel WDM transmissions, showing that up to 1 dB improvement in the system's Qfactor can be achieved without considering sophisticated power loading algorithms developed for wireless communications
The optical nonlinearity in a single-mode fiber imposes a fundamental limitation on the capacity of ...
©2012 Dr. Xi ChenCoherent optical OFDM (CO-OFDM) has attracted significant attention from the optica...
Fibre nonlinearity, more specifically Kerr, or third-order χiii, nonlinearity, is an impairment asso...
Four-wave-mixing (FWM) due to the fiber nonlinearity is a major limiting factor in coherent optical ...
Limitations in the performance of coherent transmission systems employing digital back-propagation d...
A novel fiber nonlinearity mitigation technique is proposed where the constellation used for each su...
A recent proposal suggests that four-wave mixing may be used to generate quaternary amplitude optica...
We report the impact of longitudinal signal power profile on the transmission performance of coheren...
The optical OFDM (O-OFDM) system is a growing technology for next generation high-speed optical comm...
All-optical orthogonal frequency division multiplexing (AO-OFDM) techniques have been recently consi...
There is an incredible focus on broadband fiber optical transmission system as it offers many advant...
The integration of wireless and optical networks increases the capacity and mobility as well as decr...
Next generation optical networks require high spectral efficiency to meet the demand of high bandwid...
This paper aims to point out the nonlinear phenomenon occurring in coarse/dense wavelength division ...
Abstract—The nonlinear power limit of optical links using optical orthogonal frequency division mult...
The optical nonlinearity in a single-mode fiber imposes a fundamental limitation on the capacity of ...
©2012 Dr. Xi ChenCoherent optical OFDM (CO-OFDM) has attracted significant attention from the optica...
Fibre nonlinearity, more specifically Kerr, or third-order χiii, nonlinearity, is an impairment asso...
Four-wave-mixing (FWM) due to the fiber nonlinearity is a major limiting factor in coherent optical ...
Limitations in the performance of coherent transmission systems employing digital back-propagation d...
A novel fiber nonlinearity mitigation technique is proposed where the constellation used for each su...
A recent proposal suggests that four-wave mixing may be used to generate quaternary amplitude optica...
We report the impact of longitudinal signal power profile on the transmission performance of coheren...
The optical OFDM (O-OFDM) system is a growing technology for next generation high-speed optical comm...
All-optical orthogonal frequency division multiplexing (AO-OFDM) techniques have been recently consi...
There is an incredible focus on broadband fiber optical transmission system as it offers many advant...
The integration of wireless and optical networks increases the capacity and mobility as well as decr...
Next generation optical networks require high spectral efficiency to meet the demand of high bandwid...
This paper aims to point out the nonlinear phenomenon occurring in coarse/dense wavelength division ...
Abstract—The nonlinear power limit of optical links using optical orthogonal frequency division mult...
The optical nonlinearity in a single-mode fiber imposes a fundamental limitation on the capacity of ...
©2012 Dr. Xi ChenCoherent optical OFDM (CO-OFDM) has attracted significant attention from the optica...
Fibre nonlinearity, more specifically Kerr, or third-order χiii, nonlinearity, is an impairment asso...