Add to ORKGSimultaneous transient suppression of four transient-impaired 40 Gbit/s RZ-ASK WDM channels is demonstrated. Sensitivity improvements are in excess of 5 dB and transmission penalties are significantly reduced
We propose a new all-optical signal processing technique to enhance the performance of a return-to-z...
A dynamic chromatic dispersion (CD) compensating technique for a 40 Gb/s single-channeled optical fi...
A novel low-cost and energy-efficient approach for reaching 40 Gb/s signals is proposed for cost-sen...
Abstract: In high bitrate optical transmission systems the dynamic changes of the transmission chann...
[[abstract]]We demonstrate the simultaneous compensation of fast add/drop EDFA power transients and ...
Most current multi-gigabit per second digital fiber optic systems use simple modulation and detectio...
In high bitrate optical transmission systems the dynamic changes of the transmission channel exceed ...
We report the first demonstration of a 40 Gb/s orthogonal frequency division multiplexing (OFDM) opt...
Using the principle of quasi-continuous filtering in a non-linear fibre, we propose an optical devic...
The performance of fiber optic communication links is often limited by a phenomenon know as dispersi...
© 1983-2012 IEEE. Optical feed-forward equalization (FFE) of a single-mode fiber link has been studi...
An ultrafast bit rate and format transparent all-optical packet equalizer is presented, based on fib...
Gigabit optical fiber communications channels typically exhibit linear and nonlinear distortion as a...
[[abstract]]A dynamic power equalization module (10) for an optical network is provided. It includes...
Optical transmission technologies optimized for optical network segments sensitive to power consumpt...
We propose a new all-optical signal processing technique to enhance the performance of a return-to-z...
A dynamic chromatic dispersion (CD) compensating technique for a 40 Gb/s single-channeled optical fi...
A novel low-cost and energy-efficient approach for reaching 40 Gb/s signals is proposed for cost-sen...
Abstract: In high bitrate optical transmission systems the dynamic changes of the transmission chann...
[[abstract]]We demonstrate the simultaneous compensation of fast add/drop EDFA power transients and ...
Most current multi-gigabit per second digital fiber optic systems use simple modulation and detectio...
In high bitrate optical transmission systems the dynamic changes of the transmission channel exceed ...
We report the first demonstration of a 40 Gb/s orthogonal frequency division multiplexing (OFDM) opt...
Using the principle of quasi-continuous filtering in a non-linear fibre, we propose an optical devic...
The performance of fiber optic communication links is often limited by a phenomenon know as dispersi...
© 1983-2012 IEEE. Optical feed-forward equalization (FFE) of a single-mode fiber link has been studi...
An ultrafast bit rate and format transparent all-optical packet equalizer is presented, based on fib...
Gigabit optical fiber communications channels typically exhibit linear and nonlinear distortion as a...
[[abstract]]A dynamic power equalization module (10) for an optical network is provided. It includes...
Optical transmission technologies optimized for optical network segments sensitive to power consumpt...
We propose a new all-optical signal processing technique to enhance the performance of a return-to-z...
A dynamic chromatic dispersion (CD) compensating technique for a 40 Gb/s single-channeled optical fi...
A novel low-cost and energy-efficient approach for reaching 40 Gb/s signals is proposed for cost-sen...