Fiber nonlinearity imposes limitations on the transmission distances in optical fiber networks.
Fiber nonlinearity compensation (NLC) becomes essential for extending the transmission …

Fully blind adaptive digital backpropagation (DBP) based on a steepest descent algorithm is
proposed. For homogeneous links, a two-parameter blind adaptive (TBA) scheme is …

Since the deployment of the first commercial polarization-multiplexed (PM) QPSK 100G
systems, the evolution of coherent optical communications in the last decade has been …

A novel simplified implementation structure is proposed for digital backpropagation in digital
subcarrier-multiplexing systems (SCM-DBP) and one of its modifications, the SCM-DBP with …

We propose to use adaptive bit loading based on time-domain hybrid QAM (TDHQ) to
maximize the capacity of subcarrier-multiplexing (SCM) systems in meshed optical networks …

Fiber Nonlinearity Mitigation and Compensation for Capacity-Approaching Optical
Transmission Systems Page 1 Fiber Nonlinearity Mitigation and Compensation for Capacity-Approaching …

We propose and demonstrate a single-step digital back propagation (DBP) algorithm for
metro and regional transmissions with high order modulation formats. Based on subcarrier …

A split digital backpropagation (DBP) scheme for digital subcarrier-multiplexing (SCM)
transmissions, denoted as SSDBP, is proposed and studied in both experiments and …

A perturbation-aided advanced digital backpropagation (P-ADBP) is proposed for subcarrier-
multiplexing (SCM) coherent systems. To improve the nonlinearity compensation (NLC) …

In this paper, we investigate the potential of applying machine learning (ML) technique for
nonlinearity compensation in subcarrier multiplexing (SCM) systems. We propose an …