Space-division multiplexing (SDM) uses multiplicity of space channels to increase capacity
for optical communication. It is applicable for optical communication in both free space and …

We propose a design strategy of elliptical core few-mode fiber (e-FMF) that supports three
spatial modes with enhanced mode spacing between LP 11 a and LP 11 b, to suppress intra …

Typical multi-mode fibers exhibit strong intra-group mode coupling and weak inter-group
mode coupling. Mode scramblers can be inserted at periodic intervals to enhance inter …

Reduction of the group delay (GD) spread is crucial for minimizing signal processing
complexity in mode-division multiplexing. Strong mode coupling and GD compensation …

In this paper, we modify the Gaussian noise model (GN-model) to address the nonlinearity
effects in few-mode fibers. Closed-form expressions for the nonlinear interference power in …

An approximate explicit condition for the achievement of zero differential group delay (DGD)
in a homogeneous multicore fiber (MCF) is presented and verified numerically for a step …

Mode-division multiplexing (MDM) transmission systems utilizing few-mode fibers (FMF)
have been intensively explored to sustain continuous traffic growth. The key challenges of …

In this paper, a two-dimensional phased array antenna beamforming system based on mode
diversity is demonstrated for the first time. The system uses few-mode long-period fiber …

We investigate a single-stage adaptive frequency-domain recursive-least-square algorithm
for simultaneously compensating CD&DMGD in few-mode fiber systems, which increases …

Mode-division multiplexing communication based on few-mode fibers (FMFs) is the most
competitive scheme to address the bandwidth exhaustion in single-mode fibers. The …