Computational-Complexity Comparison of Artificial Neural Network and Volterra Series Transfer Function for Optical Nonlinearity Compensation with Time- and Frequency-Domain Dispersion Equalization.
Takeru KyonoYuta OtsukaYuta FukumotoShotaro OwakiMoriya NakamuraPublished in: ECOC (2018)
Keyphrases
- frequency domain
- transfer function
- artificial neural networks
- frequency response
- image enhancement
- computational complexity
- contrast enhancement
- fourier transform
- spatial domain
- low frequency
- cross correlation
- feature extraction
- power spectrum
- subband
- neural network
- low pass filter
- low pass
- denoising
- filter bank
- fourier domain
- image processing
- dynamic range
- bit rate
- edge detection
- median filter
- bp neural network
- back propagation
- frequency band
- gray level
- fast fourier transform
- wavelet transform
- power spectra