Laaj ak tontu ci vokoder WaveGAN paralel

Sooy def quiz bi, tontu yi ak leeral yi dañuy feeñ.

1. Luy liggéeyu vocoder bu melni WaveGAN paralel?
   • Soppi spectrogram mel ci forme onde audio bu ñor
   • Soppi mbind ci fonem
   • Dindi bruit yi ci enregistrement yi
   • Tekki kàddu yi diggante làkk yi
2. naka la WaveGAN parallel di defaree ay misaali audio buñu ko méngale ak WaveNet bu njëkk bi?
   • Benn misaal benn yoon, ñu toppalante
   • misaal yépp ci paralel, te duñu dellu ginaaw
   • Ni ñuy enregistre ab mikro
   • Ni ñuy boolee clip yiñ denc
3. Ban perte moo gëna am solo ci Parallel WaveGAN ginaaw perte biy xeex?
   • Entropi croisé ci kaw token bind
   • Ñatti rang yu ñàkk
   • STFT bu bari dayo
   • Neexal dooleel
4. Ban tabax la generatëru WaveGAN paralel bi di jëfandikoo?
   • LSTM buy dellusi
   • Transformatëru gis-gis
   • Garab buy jël dogal
   • Reseau bu nuroo ak WaveNet
5. Lu tax WaveGAN paralel neexa jëfandikoo?
   • Dafa kompact te gëna gaaw ci daw real time
   • Modèle bu rëy la, bari ay miliyaar ciy parametre
   • Du soxla benn dugal spectrogram
   • Ci super ordinatër kese lay dox
6. Ci GAN, ban cër la kiy tàqale ci diiru tàggat bi?
   • Dafay defar spektrogram bi
   • Dafay xool ndax audio bi dafa dëggu wala fen
   • Dafay enregistre ensemble done yi
   • Dafay denc poid model
7. In Parallel WaveGAN, what does the noise input contribute alongside mel-spectrogram conditioning?
   • The speaker transcript after synthesis
   • A replacement for the discriminator
   • Stochastic input for waveform generation while the mel features condition the acoustic content
   • A fixed random waveform copied into every output
8. What does the adversarial loss encourage the Parallel WaveGAN generator to produce?
   • Text transcripts with perfect spelling
   • Audio samples with no speaker conditioning
   • A smaller mel-spectrogram vocabulary
   • Waveforms that the discriminator judges as resembling real speech