Add to ORKGWe experimentally study the pure amplitude and phase regeneration capabilities of a blackbox degenerate four wave mixing (FWM) based bit-rate-flexible phase sensitive amplifier (PSA) for a 40 Gbit/s differential phase-shift keyed (DPSK) signal
All-optical phase and amplitude regeneration of a QPSK signal using only two nonlinear stages is ach...
All-optical signal processing techniques for phase-shift keyed (PSK) systems were developed theoreti...
The transmission of high power inside the optical fiber, produce amplitude noise, phase noise and ot...
We present a black-box four wave mixing based bit-rate-flexible phase sensitive amplifier and use it...
We demonstrate, for the first time to our knowledge, regeneration of a 42.66-Gb/s differential phase...
We present a black‐box four wave mixingbased bit‐rate‐flexible phase sensitive amplifier and use it ...
All-optical phase-preserving amplitude regeneration is an effective method to reduce nonlinear phase...
The performance of future ultralong-haul communication systems exploiting phase-encoded signals is l...
A "black-box" phase sensitive amplifier is presented achieving simultaneous suppression of determini...
We propose a novel black-box optical phase sensitive amplifier (PSA) configuration and describe its ...
DPSK phase- and- amplitude regeneration with a NOLM- based phase- sensitive amplifier is demonstrate...
Phase-sensitive amplifiers (PSAs) offer numerous advantages over phase-insensitive amplifiers in opt...
We experimentally demonstrate phase regeneration of a 40-Gb/s differential phase shift keying (DPSK)...
We investigate and experimentally demonstrate a simple method for phase-preserving amplitude regener...
For the first time we demonstrate simultaneous suppression of phase distortion on two independent 10...
All-optical phase and amplitude regeneration of a QPSK signal using only two nonlinear stages is ach...
All-optical signal processing techniques for phase-shift keyed (PSK) systems were developed theoreti...
The transmission of high power inside the optical fiber, produce amplitude noise, phase noise and ot...
We present a black-box four wave mixing based bit-rate-flexible phase sensitive amplifier and use it...
We demonstrate, for the first time to our knowledge, regeneration of a 42.66-Gb/s differential phase...
We present a black‐box four wave mixingbased bit‐rate‐flexible phase sensitive amplifier and use it ...
All-optical phase-preserving amplitude regeneration is an effective method to reduce nonlinear phase...
The performance of future ultralong-haul communication systems exploiting phase-encoded signals is l...
A "black-box" phase sensitive amplifier is presented achieving simultaneous suppression of determini...
We propose a novel black-box optical phase sensitive amplifier (PSA) configuration and describe its ...
DPSK phase- and- amplitude regeneration with a NOLM- based phase- sensitive amplifier is demonstrate...
Phase-sensitive amplifiers (PSAs) offer numerous advantages over phase-insensitive amplifiers in opt...
We experimentally demonstrate phase regeneration of a 40-Gb/s differential phase shift keying (DPSK)...
We investigate and experimentally demonstrate a simple method for phase-preserving amplitude regener...
For the first time we demonstrate simultaneous suppression of phase distortion on two independent 10...
All-optical phase and amplitude regeneration of a QPSK signal using only two nonlinear stages is ach...
All-optical signal processing techniques for phase-shift keyed (PSK) systems were developed theoreti...
The transmission of high power inside the optical fiber, produce amplitude noise, phase noise and ot...