All-optical multicasting of a 320-Gb/s intensitymodulated return-to-zero signal with subsequent simultaneous sampling by a single parametric gate is experimentally demonstrated. The architecture used a two-pump broadband fiber-optic parametric amplifier for multicasting, and a single 40-GHz optical parametric sampling gate in a highly nonlinear fiber. Using this architecture, we demonstrate parallel demultiplexing of four 320-Gb/s tributary channels. All demultiplexed channels were measured with a -factor better than 15 dB
Rapid advances in broadband services, such as streaming media, video conference, cloud computing and...
Abstract—We report the experimental demonstration of a 160-Gb/s polarization-insensitive demultiplex...
We present experimental results concerning a new alloptical technique that multiplexes two binary si...
We report first experimental demonstration of single stage, self-seeded 2-pump fiber optic parametri...
The first experimental demonstration of 320Gb/s demultiplexing to eight simultaneous always-on 40Gb/...
Abstract—A two-pump parametric architecture is used to demonstrate all-optical packet and bit-level ...
We report, for the first time, simultaneous wavelength conversion for WDM multicasting of an optical...
A scheme for real-time optical demultiplexing is proposed by utilizing the time-broadened and linear...
We have demonstrated an all-optical wavelength conversion and multicasting for a 10Gb/s NRZ system w...
OFDM superchannel that consists of multiple low speed individually-modulated subbands has been propo...
The subject of this thesis is ultrahigh capacity optical communication systems. Such systems will us...
Abstract—An applications-oriented review of optical para-metric amplifiers in fiber communications i...
Real-time parallel optical sampling shows great promise for overcoming the bandwidth limitation of f...
We demonstrate 160 Gbit/s all-optical sampling by a compact, ultra-broadband, and low noise switch b...
We propose and demonstrate a new architecture that combines clock recovery and signal processing fun...
Rapid advances in broadband services, such as streaming media, video conference, cloud computing and...
Abstract—We report the experimental demonstration of a 160-Gb/s polarization-insensitive demultiplex...
We present experimental results concerning a new alloptical technique that multiplexes two binary si...
We report first experimental demonstration of single stage, self-seeded 2-pump fiber optic parametri...
The first experimental demonstration of 320Gb/s demultiplexing to eight simultaneous always-on 40Gb/...
Abstract—A two-pump parametric architecture is used to demonstrate all-optical packet and bit-level ...
We report, for the first time, simultaneous wavelength conversion for WDM multicasting of an optical...
A scheme for real-time optical demultiplexing is proposed by utilizing the time-broadened and linear...
We have demonstrated an all-optical wavelength conversion and multicasting for a 10Gb/s NRZ system w...
OFDM superchannel that consists of multiple low speed individually-modulated subbands has been propo...
The subject of this thesis is ultrahigh capacity optical communication systems. Such systems will us...
Abstract—An applications-oriented review of optical para-metric amplifiers in fiber communications i...
Real-time parallel optical sampling shows great promise for overcoming the bandwidth limitation of f...
We demonstrate 160 Gbit/s all-optical sampling by a compact, ultra-broadband, and low noise switch b...
We propose and demonstrate a new architecture that combines clock recovery and signal processing fun...
Rapid advances in broadband services, such as streaming media, video conference, cloud computing and...
Abstract—We report the experimental demonstration of a 160-Gb/s polarization-insensitive demultiplex...
We present experimental results concerning a new alloptical technique that multiplexes two binary si...