"We describe an innovative transceiver for both all-optical orthogonal frequency division multiplexing (AO-OFDM) and Nyquist wavelength division multiplexing (NWDM) systems, that allows flexible superchannel generation, by varying the number of the subcarriers, the modulation formats and the corresponding bit rates.
Orthogonal time division multiplexing (OrthTDM) interleaves sinc-shaped pulses to form a high baud-r...
We compare Nyquist-WDM and CO-OFDM techniques for the generation of superchannels based on PM-16QAM ...
Avec une croissance soutenue de trafic internet, les futurs systèmes de transmission optique longue-...
We present a power-efficient and reduced-complexity all-optical approach to generate high-bit rate s...
We propose an all-optical ultra-high-speed OFDM to Nyquist-WDM conversion scheme based on complete O...
This paper reports on the design and fabrication technologies of compact hybrid integrated 8-channel...
The exponential growth of data traffic has motivated the researchers to find the transmission techno...
"A novel high-capacity, energy-efficient and bit-rate flexible optical transceiver (Tx\/Rx), capable...
In future optical networks, versatile functionalities will be required for the optical network subsy...
Abstract—We propose a modular architecture for long-haul op-tical networks supporting flexible-bandw...
OFDM has emerged as a promising modulation technique in long-haul and access optical networks. The c...
Digitally processed modulations formats such as Nyquist-WDM are investigated for implementation of f...
Recently, an increasing interest has been put on spectrally-efficient multi-carrier superchannels fo...
In the context of ever increasing traffic demand, future long-haul optical transmission systems will...
We compare by simulation the performance of two techniques for generating polarization-multiplexed q...
Orthogonal time division multiplexing (OrthTDM) interleaves sinc-shaped pulses to form a high baud-r...
We compare Nyquist-WDM and CO-OFDM techniques for the generation of superchannels based on PM-16QAM ...
Avec une croissance soutenue de trafic internet, les futurs systèmes de transmission optique longue-...
We present a power-efficient and reduced-complexity all-optical approach to generate high-bit rate s...
We propose an all-optical ultra-high-speed OFDM to Nyquist-WDM conversion scheme based on complete O...
This paper reports on the design and fabrication technologies of compact hybrid integrated 8-channel...
The exponential growth of data traffic has motivated the researchers to find the transmission techno...
"A novel high-capacity, energy-efficient and bit-rate flexible optical transceiver (Tx\/Rx), capable...
In future optical networks, versatile functionalities will be required for the optical network subsy...
Abstract—We propose a modular architecture for long-haul op-tical networks supporting flexible-bandw...
OFDM has emerged as a promising modulation technique in long-haul and access optical networks. The c...
Digitally processed modulations formats such as Nyquist-WDM are investigated for implementation of f...
Recently, an increasing interest has been put on spectrally-efficient multi-carrier superchannels fo...
In the context of ever increasing traffic demand, future long-haul optical transmission systems will...
We compare by simulation the performance of two techniques for generating polarization-multiplexed q...
Orthogonal time division multiplexing (OrthTDM) interleaves sinc-shaped pulses to form a high baud-r...
We compare Nyquist-WDM and CO-OFDM techniques for the generation of superchannels based on PM-16QAM ...
Avec une croissance soutenue de trafic internet, les futurs systèmes de transmission optique longue-...