This study looks into the use of an optical phase conjugation (OPC) technique in conjunction
with a Raman amplifier as a means of reducing the impact of fiber nonlinearities in dense …

In this paper, multiple optical phase conjugation (OPC) devices were used along the optical
link to improve the performance of an 8 * 256 8× 256 Gbps polarization-division multiplexing …

Fiber nonlinearity or what know as (Kerr effects) has become a major limiting transmission
impairment factor and channel capacity of high-speed optical communication systems. The …

This paper studies the generation of an optical mitigation method for compensation of
distortions in long distance fiber optic transmission caused by chromatic dispersion and the …

Pre-compensation of nonlinear signal distortion in a transmission link by optical phase
conjugation is enhanced by a Raman-amplified parameter profiled fiber for improved …

The use of backward Raman amplification to mitigate nonlinear distortion in optical phase
conjugation (OPC) of orthogonal frequency-division multiplexing (OFDM) signals in a fibre …

Optical compensation techniques are particularly appealing for broadband wavelength
division multiplexing due to their shown ability to increase transmission rate and reach by …

We discuss a novel broadband, polarization-insensitive, and wavelength-shift-free optical
phase conjugator (OPC). In the OPC scheme, the original input signal is inherently …

This paper presents a modification in conventional asymmetrically clipped optical OFDM
(ACO-OFDM) frame for direct detection intensity modulation (DD-IM) system. The …

Multiple phase conjugations within a transmission-optimized fiber link enable significant
nonlinearity cancellation in the wavelength division multiplexed (WDM) systems. In …