Microwave frequency fiber interferometry on a 1770 km subsea cable resolved tidal variations, storms, and teleseismic earthquakes over four months.
New Perspectives on Perturba- tion-Based Predistortion and Post -Compensation for Nonlinear Optical Transmission
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A feed-forward perturbation compensation for nonlinear distortion in optical signals outperforms decision-based methods and gains further when integrated with symmetric EEPN-free phase recovery.
Temporal Gaussian noise model reproduces burst-like SNR degradation from equalization-enhanced phase noise, enabling efficient simulation in coherent optical systems.
citing papers explorer
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Per-Span Microwave Frequency Fiber Interferometry in Subsea Cables for Scalable Deep-Ocean Geophysical Monitoring
Microwave frequency fiber interferometry on a 1770 km subsea cable resolved tidal variations, storms, and teleseismic earthquakes over four months.
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Perturbation-based Compensation with EEPN-free Phase Recovery as Back Propagation
A feed-forward perturbation compensation for nonlinear distortion in optical signals outperforms decision-based methods and gains further when integrated with symmetric EEPN-free phase recovery.
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Modeling and Mitigation of Equalization-Enhanced Phase Noise
Temporal Gaussian noise model reproduces burst-like SNR degradation from equalization-enhanced phase noise, enabling efficient simulation in coherent optical systems.