The impact over system performances of narrowband spectral shaping for time-frequency packed faster than Nyquist Tb/s superchannels is evaluated. Comparison between optical and electrical filtering under the presence of partially overlapping neighbor channels is presented and optimal values for filter bandwidth are determined for different filter profiles
This paper begins with Nyquist wavelength-division multiplexing (WDM) and then introduces faster-tha...
We experimentally demonstrate multi-granularity optical subband switching functionality with less th...
We demonstrate the use of passive electrical filters to produce high quality spectrally-shaped 29 Gb...
The impact over system performances of narrowband spectral shaping for time-frequency packed faster ...
The exponential growth of data traffic has motivated the researchers to find the transmission techno...
We compare Nyquist-WDM and CO-OFDM techniques for the generation of superchannels based on PM-16QAM ...
Several spectral efficient solutions for next-generation flexible optical networks are under investi...
Several spectral efficient solutions for next-generation flexible optical networks are under investi...
In this paper, we review optical switching experiments of Nyquist superchannel with flexible bit rat...
We experimentally investigate multigranularity optical subband switching functionality between two s...
This paper reviews spectral shaping techniques allowing to increase the spectral efficiency of WDM o...
Enabled with different modulation formats, bit rate variable subband switching function are demonstr...
We investigate the application of time and frequency packing techniques, an extension of the classic...
Abstract: We propose a novel single-channel Faster-than-Nyquist-DFT-S-OFDM transmitter that allows t...
Enabled with different modulation formats, bit rate variable subband switching function are demonstr...
This paper begins with Nyquist wavelength-division multiplexing (WDM) and then introduces faster-tha...
We experimentally demonstrate multi-granularity optical subband switching functionality with less th...
We demonstrate the use of passive electrical filters to produce high quality spectrally-shaped 29 Gb...
The impact over system performances of narrowband spectral shaping for time-frequency packed faster ...
The exponential growth of data traffic has motivated the researchers to find the transmission techno...
We compare Nyquist-WDM and CO-OFDM techniques for the generation of superchannels based on PM-16QAM ...
Several spectral efficient solutions for next-generation flexible optical networks are under investi...
Several spectral efficient solutions for next-generation flexible optical networks are under investi...
In this paper, we review optical switching experiments of Nyquist superchannel with flexible bit rat...
We experimentally investigate multigranularity optical subband switching functionality between two s...
This paper reviews spectral shaping techniques allowing to increase the spectral efficiency of WDM o...
Enabled with different modulation formats, bit rate variable subband switching function are demonstr...
We investigate the application of time and frequency packing techniques, an extension of the classic...
Abstract: We propose a novel single-channel Faster-than-Nyquist-DFT-S-OFDM transmitter that allows t...
Enabled with different modulation formats, bit rate variable subband switching function are demonstr...
This paper begins with Nyquist wavelength-division multiplexing (WDM) and then introduces faster-tha...
We experimentally demonstrate multi-granularity optical subband switching functionality with less th...
We demonstrate the use of passive electrical filters to produce high quality spectrally-shaped 29 Gb...