Add to ORKGWe investigate the performance of carrier phase estimation (CPE) and digital backward propagation (DBP) in compensating fiber nonlinearity for 224Gbps PM-4QAM and PM-16QAM coherent systems. In the presence of CPE, the number of DBP steps can be reduced. © 2012 OSA
We present an experimental investigation of different Kerr nonlinearity mitigation schemes in a 2-sp...
In this paper, we numerically investigate the non-linear tolerance of root-raised-cosine (RRC) pulse...
OSNR monitoring is indispensable for coherent systems to ensure robustreliable network operation and...
We investigate the performance of carrier phase estimation (CPE) and digital backward propagation (D...
AbstractWe numerically investigate the performance of Viterbi-Viterbi (VV) carrier phase estimation ...
We present results of nonlinear compensation achieved by digital backward-propagation (DBP) for next...
Coherent detection with receiver-based DSP has recently enabled the mitigation of fiber nonlinear ef...
We have numerically investigated the impact of non-linear impairments on the performance of 400Gbit/...
Recent numerical and experimental studies have shown that coherent transmission with advanced modula...
Carrier phase estimation (CPE) is an integral part of the digital signal processing (DSP) of coheren...
AbstractWe numerically evaluate the robustness of digital backward propagation (DBP) algorithm for t...
This chapter describes a universal postcompensation scheme to compensate all deterministic impairmen...
We report a comprehensive set of experimental, simulation and analytical results on the benefit of n...
We have numerically implemented a receiver side all-optical signal processing method, i.e. optical b...
We have numerically implemented a receiver side all-optical signal processing method, i.e. optical b...
We present an experimental investigation of different Kerr nonlinearity mitigation schemes in a 2-sp...
In this paper, we numerically investigate the non-linear tolerance of root-raised-cosine (RRC) pulse...
OSNR monitoring is indispensable for coherent systems to ensure robustreliable network operation and...
We investigate the performance of carrier phase estimation (CPE) and digital backward propagation (D...
AbstractWe numerically investigate the performance of Viterbi-Viterbi (VV) carrier phase estimation ...
We present results of nonlinear compensation achieved by digital backward-propagation (DBP) for next...
Coherent detection with receiver-based DSP has recently enabled the mitigation of fiber nonlinear ef...
We have numerically investigated the impact of non-linear impairments on the performance of 400Gbit/...
Recent numerical and experimental studies have shown that coherent transmission with advanced modula...
Carrier phase estimation (CPE) is an integral part of the digital signal processing (DSP) of coheren...
AbstractWe numerically evaluate the robustness of digital backward propagation (DBP) algorithm for t...
This chapter describes a universal postcompensation scheme to compensate all deterministic impairmen...
We report a comprehensive set of experimental, simulation and analytical results on the benefit of n...
We have numerically implemented a receiver side all-optical signal processing method, i.e. optical b...
We have numerically implemented a receiver side all-optical signal processing method, i.e. optical b...
We present an experimental investigation of different Kerr nonlinearity mitigation schemes in a 2-sp...
In this paper, we numerically investigate the non-linear tolerance of root-raised-cosine (RRC) pulse...
OSNR monitoring is indispensable for coherent systems to ensure robustreliable network operation and...