Digital backward propagation (DBP) as a method to compensate signal distortions caused by group velocity dispersion and Kerr nonlinearity attracts much attention. As an inverted propagation simulation of the received signal is the key element of DBP, the main challenges is to reduce the computational effort. We review methods developed so far. © 2012 OSA
We propose an adaptive digital back-propagation method (A-DBP) to selfdetermine unknown fiber nonlin...
An improved digital backward propagation (DBP) is proposed to compensate inter-nonlinear effects and...
It is shown experimentally that impairments induced by dispersion and Kerr nonlinearity can be compe...
Digital backward propagation (DBP) as a method to compensate signal distortions caused by group velo...
We optimize digital backward-propagation (DBP) to compensate signal distortions for various launch p...
Digital backpropagation (DBP) is a promising digital-domain technique to mitigate Kerr-induced nonli...
This chapter describes a universal postcompensation scheme to compensate all deterministic impairmen...
AbstractWe numerically evaluate the robustness of digital backward propagation (DBP) algorithm for t...
Recent numerical and experimental studies have shown that coherent transmission with advanced modula...
An adaptive digital backward propagation (ADBP) algorithm is proposed and experimentally demonstrate...
Compensation of fiber impairments using advanced DPS techniques will play a fundamental role in futu...
We present results of nonlinear compensation achieved by digital backward-propagation (DBP) for next...
The next generation fiber transmission system is limited by fiber nonlinearity. A distributed nonlin...
Next-generation optical communication systems will continue to push the ( bandwidth $cdot$ distance)...
To compensate for linear and nonlinear distortions, several optical and digital techniques have been...
We propose an adaptive digital back-propagation method (A-DBP) to selfdetermine unknown fiber nonlin...
An improved digital backward propagation (DBP) is proposed to compensate inter-nonlinear effects and...
It is shown experimentally that impairments induced by dispersion and Kerr nonlinearity can be compe...
Digital backward propagation (DBP) as a method to compensate signal distortions caused by group velo...
We optimize digital backward-propagation (DBP) to compensate signal distortions for various launch p...
Digital backpropagation (DBP) is a promising digital-domain technique to mitigate Kerr-induced nonli...
This chapter describes a universal postcompensation scheme to compensate all deterministic impairmen...
AbstractWe numerically evaluate the robustness of digital backward propagation (DBP) algorithm for t...
Recent numerical and experimental studies have shown that coherent transmission with advanced modula...
An adaptive digital backward propagation (ADBP) algorithm is proposed and experimentally demonstrate...
Compensation of fiber impairments using advanced DPS techniques will play a fundamental role in futu...
We present results of nonlinear compensation achieved by digital backward-propagation (DBP) for next...
The next generation fiber transmission system is limited by fiber nonlinearity. A distributed nonlin...
Next-generation optical communication systems will continue to push the ( bandwidth $cdot$ distance)...
To compensate for linear and nonlinear distortions, several optical and digital techniques have been...
We propose an adaptive digital back-propagation method (A-DBP) to selfdetermine unknown fiber nonlin...
An improved digital backward propagation (DBP) is proposed to compensate inter-nonlinear effects and...
It is shown experimentally that impairments induced by dispersion and Kerr nonlinearity can be compe...