3 ms·
MP3s generally have a shelf around 16-18khz. The rest of the audible spectrum data is impossible to retrieve if it doesn't exist. This is why transcoding from a
by andrewzah 6y ago
MP3s generally have a shelf around 16-18khz. The rest of the audible spectrum data is impossible to retrieve if it doesn't exist. This is why transcoding from a lossy->lossless format is a bad idea.
- notagoodidea 6y agoYes, I know and that's what would be more impressive for me to see a ML/Algo that could recreate close enough data distribution from lossy to lossless. Not exact reconstruction but close enough in the possible area (so < 16-18kHz). It may or may not be possible but it is more akin to take the inverse of the model of degradation of MP3 (it could be totally impossible).
- Sohcahtoa82 6y agoSounds like you're describing DLSS [0], but for audio. [0] https://en.wikipedia.org/wiki/Deep_learning_super_sampling https://en.wikipedia.org/wiki/Deep_learning_super_sampling