Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
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Re: Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
#2Re: Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
#3Thank you for sharing! On a tangent: I'm wondering if there are any good open source models/libraries to reconstruct audio quality. I'm thinking about an end-to-end open source alternative to something like Adobe Podcast [1] to make noisy recordings sound professional. Anecdotally it's supposed to be very good. In a recent search, I haven't found anything convincing. In my naive view this tasks seems much simpler than audio generation and the demand far bigger, since not everyone has a professional audio setup ready at all times.
Re: Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
#4I keep thinking back to when we didn't have stabilityai and it was just google and meta teasing us with mouth watering papers but never letting us touch them. I'm so thankful stability exists.
Re: Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
#5Thank you for sharing! On a tangent: I'm wondering if there are any good open source models/libraries to reconstruct audio quality. I'm thinking about an end-to-end open source alternative to something like Adobe Podcast [1] to make noisy recordings sound professional. Anecdotally it's supposed to be very good. In a recent search, I haven't found anything convincing. In my naive view this tasks seems much simpler tha…
We've been researching an audio denoiser for music that we will present at the AES conference in October. Description page: https://tape.it/denoising
We'll also publish a webapp where you can use the denoiser for free. Mail me if you want beta access to it (email in profile).
It won't be open-source though, although the paper will of course be public. It will also only reduce noise, and not reconstruct other aspects of audio quality. However, it can do so on any audio (in particular music), not just speech like Adobe Podcast, and it fully preserves the audio quality. It's designed exactly for the use case you want: to make noisy recordings sound professional.
Re: Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
#6The bluegrass one is super weird. I can’t identify exactly why.
Re: Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
#7Everything looks very convincing apart from the airpane pilot and the sound effects.
They sound very weird as if one is hallucinating
Re: Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
#8Thank you for sharing! On a tangent: I'm wondering if there are any good open source models/libraries to reconstruct audio quality. I'm thinking about an end-to-end open source alternative to something like Adobe Podcast [1] to make noisy recordings sound professional. Anecdotally it's supposed to be very good. In a recent search, I haven't found anything convincing. In my naive view this tasks seems much simpler tha…
We've been researching an audio denoiser for music that we will present at the AES conference in October. Description page: https://tape.it/denoising We'll also publish a webapp where you can use the denoiser for free. Mail me if you want beta access to it (email in profile). It won't be open-source though, although the paper will of course be public. It will also only reduce noise, and not reconstruct other aspects…
denoising seems to fail in the guitar and vocals example
Re: Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
#9This is gonna be great to finetune on. There's only so many boards of canada/aphex twin songs out there but I wish there were more and this will let us generate more.
Re: Stable Audio: Fast Timing-Conditioned Latent Audio Diffusion
#10The bluegrass one is super weird. I can’t identify exactly why.
You are right it feels off.
The position of the guitar in stereo is all over the place, higher frequency elements appear to come from the left while other parts are more centered.