Dispersion management in single mode fiber (SMF) can be accomplished in many ways,
though the most widely used approach employs lengths of transport fiber of opposite …

Nonlinear distortion caused by fiber nonlinearity is a major performance-limiting factor in
advanced optical communication systems. We proposed a nonlinear electrical equalization …

We present a general model for studying nonlinear effects in multicore fibers. Our results
show that a strong linear coupling among fiber cores can reduce nonlinear impairments and …

The achievable information rates of optical communication networks have been widely
increased over the past four decades with the introduction and development of optical …

We propose a novel technique of balancing dispersion among spans to achieve significantly
improved nonlinearity compensation using spectral inversion, which can effectively extend …

Nonlinearity remains a limiting factor in optical data transmission due to demand in high bit
rate high spectral efficiency transmission. Dispersion management is still an effective …

Coherent detection is one of the active research areas for the development of high speed,
high spectral efficient optical communication network. Digital signal processing is the …

After reviewing models and mitigation strategies for interchannel nonlinearity, the synergic
effect of symbol-rate optimization and phase-noise compensation is investigated. This effect …

We study the limitations and their origins in the nonlinear effects mitigation in fiber-optic
communication systems. The carrier frequencies uncertainty and their stochastic variations …

In perturbation-based digital fiber nonlinearity mitigation methods, such as pre-distortion and
post-equalization, quantization of perturbation coefficients is employed to reduce the …