Impact of Signal-Conjugate Wavelength Shift on Optical Phase Conjugation-based Transmission of QAM Signals.
Francesco Da RosMads LillieholmMetodi Plamenov YankovPengyu GuanHao HuSøren ForchhammerMichael GaliliLeif K. OxenløwePublished in: ECOC (2017)
Keyphrases
- amplitude modulation
- frequency modulation
- direct sequence spread spectrum
- radar signal
- signal processing
- gaussian white noise
- instantaneous frequency
- modulation scheme
- wavelength division multiplexing
- fading channels
- signal detection
- hilbert transform
- phased array
- bit error rate
- denoising
- original signal
- biomedical signals
- radio frequency
- video signals
- ofdm system
- low signal to noise ratio
- heart rate
- multidimensional signals
- signal acquisition
- data transmission
- received signal
- ecg signals
- input signals
- digital holography
- physical layer
- short time fourier transform
- soft threshold
- mimo systems
- signal analysis
- computer simulation
- acoustic emission
- frequency spectrum
- frequency domain
- optical networks
- non stationary
- single channel
- frequency hopping
- acoustic signal
- band limited
- orthogonal frequency division multiplexing
- signal reconstruction
- fundamental frequency
- end to end