We realize phase-sensitive regeneration in a highly non-linear fiber for BPSK signals by employing phase-locking which facilitates a semiconductor optical amplifier. The regeneration capability is validated in system experiments with 43-Gb/s NRZ- differential BPSK
We review our recent results regarding regeneration of binary phase encoded signals using phase sens...
We present a black-box four wave mixing based bit-rate-flexible phase sensitive amplifier and use it...
We propose and experimentally demonstrate a phase-sensitive optical processor, capable of generating...
We propose a scheme for phase regeneration of optical binary phase-shift keying (BPSK) data signals ...
Phase and amplitude regeneration is demonstrated for NRZ-BPSK signals degraded by both phase and amp...
Phase regeneration of a phase-noise degraded NRZ-DPSK signal is demonstrated experimentally using a ...
This paper examines recent progress in the use of semiconductor optical amplifiers for phase sensiti...
We propose and demonstrate simultaneous phase regeneration of six non-return-to-zero (NRZ) binary ph...
All-optical regeneration of differential phase-shift keyed signals is demonstrated experimentally. P...
We propose a novel black-box optical phase sensitive amplifier (PSA) configuration and describe its ...
Phase sensitive amplification (PSA) is a remarkably powerful tool if implemented correctly - it allo...
We demonstrate phase regeneration of a 40-Gb/s DPSK signal in a 1.7m-long lead-silicate fiber using ...
This thesis deals with experimental and theoretical aspects of the phase-sensitive fiber optic param...
Amplification and simultaneous phase regeneration of DPSK signals is demonstrated using a phase- sen...
A "black-box" phase sensitive amplifier is presented achieving simultaneous suppression of determini...
We review our recent results regarding regeneration of binary phase encoded signals using phase sens...
We present a black-box four wave mixing based bit-rate-flexible phase sensitive amplifier and use it...
We propose and experimentally demonstrate a phase-sensitive optical processor, capable of generating...
We propose a scheme for phase regeneration of optical binary phase-shift keying (BPSK) data signals ...
Phase and amplitude regeneration is demonstrated for NRZ-BPSK signals degraded by both phase and amp...
Phase regeneration of a phase-noise degraded NRZ-DPSK signal is demonstrated experimentally using a ...
This paper examines recent progress in the use of semiconductor optical amplifiers for phase sensiti...
We propose and demonstrate simultaneous phase regeneration of six non-return-to-zero (NRZ) binary ph...
All-optical regeneration of differential phase-shift keyed signals is demonstrated experimentally. P...
We propose a novel black-box optical phase sensitive amplifier (PSA) configuration and describe its ...
Phase sensitive amplification (PSA) is a remarkably powerful tool if implemented correctly - it allo...
We demonstrate phase regeneration of a 40-Gb/s DPSK signal in a 1.7m-long lead-silicate fiber using ...
This thesis deals with experimental and theoretical aspects of the phase-sensitive fiber optic param...
Amplification and simultaneous phase regeneration of DPSK signals is demonstrated using a phase- sen...
A "black-box" phase sensitive amplifier is presented achieving simultaneous suppression of determini...
We review our recent results regarding regeneration of binary phase encoded signals using phase sens...
We present a black-box four wave mixing based bit-rate-flexible phase sensitive amplifier and use it...
We propose and experimentally demonstrate a phase-sensitive optical processor, capable of generating...
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