We propose and experimentally demonstrate the mitigation of adverse effects of scintillation
using a spectrum-sliced incoherent light source based on gain-saturated reflective …

We propose and demonstrate a temporally and spatially incoherent spectrum-sliced light
source for scintillation mitigation in free-space optical (FSO) communications. For the …

Abstract We successfully demonstrate 5.35-Gb/s upstream transmission over 20-km
standard single-mode fiber using an ultra-narrow spectrum-sliced incoherent light source …

We propose to utilize the spectrum-sliced incoherent light source for mitigating the adverse
effects of atmospheric turbulence in free-space optical communication systems. We show …

This paper proposes an enhancement of semiconductor optical amplifier (SOA)-based
scintillation mitigation by polarization shift on-off keying (PS-OOK) transmission in free …

We investigate the optimum linewidth of the spectrum-sliced incoherent light (SSIL) source
using a gain-saturated semiconductor optical amplifier (SOA) for the maximum capacity and …

Using a gain-saturated semiconductor optical amplifier, we have suppressed the intensity
noise in spectrum-sliced incoherent light communication systems. A large increase has …

Atmospheric turbulence can generate scintillation or beam wandering phenomena that
impairs free space optical (FSO) communication. In this paper, we propose and demonstrate …

We demonstrate wideband reduction of excess intensity noise in an incoherent light source
by an optoelectronic feedforward technique. The technique allows significantly narrower …

We present an all-optical method to suppress intensity noise of the spectrum-sliced
incoherent signal using a gain-saturated SOA injected by broadband light. We transmitted a …