We experimentally demonstrate a decision-directed, intra- and inter-subcarrier nonlinearity mitigation scheme based on first order perturbation. We achieve 0.9 dB Q2-factor improvement over linear compensation in a 200G dual-carrier PDM-16QAM transmission over 1200 km
We present an experimental investigation of different Kerr nonlinearity mitigation schemes in a 2-sp...
We report on the nonlinear transmission limits of various super-channel configurations in a flex-gri...
The fundamental penalty of subcarrier modulation (SCM) with independent subcarrier phase noise proce...
We report a comprehensive set of experimental, simulation and analytical results on the benefit of n...
After reviewing models and mitigation strategies for interchannel nonlinear interference (NLI), we s...
We propose a perturbation-based receiver-side machine-learning equalizer for inter- and intra-channe...
We compare the nonlinear limits of 42.7 and 85.4 Gb/s PDM-QPSK transmission. Intra-channel nonlinear...
In this paper, we show numerically and experimentally that expectation maximization (EM) algorithm i...
We present several nonlinear compensation algorithms and demonstrate their performance on both 44.1G...
We report that, contrary to common perception, intra-channel nonlinearity compensation offers signif...
We quantify the benefits of intra-channel nonlinear compensation in meshed optical networks, in view...
In this paper, we demonstrate through computer simulation and experiment a novel subcarrier coding s...
Fiber nonlinearity distortion limits the achievable transmission distance and channel capacity of op...
We investigate the efficacy of nonlinearity compensation for single-channel 14Gbaud PDM-QAM16 over a...
The regular perturbation (RP) series used to analytically approximate the solution of the nonlinear ...
We present an experimental investigation of different Kerr nonlinearity mitigation schemes in a 2-sp...
We report on the nonlinear transmission limits of various super-channel configurations in a flex-gri...
The fundamental penalty of subcarrier modulation (SCM) with independent subcarrier phase noise proce...
We report a comprehensive set of experimental, simulation and analytical results on the benefit of n...
After reviewing models and mitigation strategies for interchannel nonlinear interference (NLI), we s...
We propose a perturbation-based receiver-side machine-learning equalizer for inter- and intra-channe...
We compare the nonlinear limits of 42.7 and 85.4 Gb/s PDM-QPSK transmission. Intra-channel nonlinear...
In this paper, we show numerically and experimentally that expectation maximization (EM) algorithm i...
We present several nonlinear compensation algorithms and demonstrate their performance on both 44.1G...
We report that, contrary to common perception, intra-channel nonlinearity compensation offers signif...
We quantify the benefits of intra-channel nonlinear compensation in meshed optical networks, in view...
In this paper, we demonstrate through computer simulation and experiment a novel subcarrier coding s...
Fiber nonlinearity distortion limits the achievable transmission distance and channel capacity of op...
We investigate the efficacy of nonlinearity compensation for single-channel 14Gbaud PDM-QAM16 over a...
The regular perturbation (RP) series used to analytically approximate the solution of the nonlinear ...
We present an experimental investigation of different Kerr nonlinearity mitigation schemes in a 2-sp...
We report on the nonlinear transmission limits of various super-channel configurations in a flex-gri...
The fundamental penalty of subcarrier modulation (SCM) with independent subcarrier phase noise proce...