neutone
by
Qosmo
Home
Plugin
Models
Submit
Blog
Contact
Terms
Privacy
About
Follow us on:
© 2022 Qosmo, Inc.
ddspXsynth
Type :
mono-mono
Plugin version :
v1.2.1
ddspXsynth
v0.1.0
Experimental
by
David Südholt
A DDSP timbre transfer model trained on synth data that performs cross-synthesis between the input signal and the DDSP output.
Audio Sample
Audio Sample #1
Input :
Output :
Technical Information
A DDSP timbre transfer model trained on synth data that performs cross-synthesis between the input signal and the DDSP output.
References
Engel, J., Hantrakul, L., Gu, C., & Roberts, A. (2020). DDSP: Differentiable Digital Signal Processing. ICLR.
Related models
Input :
Output :
Type :
mono-mono
NeuraFuzz
v1.0.0
by
Marco Comunità
Neural fuzz + Ring modulator
Input :
Output :
Experimental
Type :
mono-mono
DDSP.sax
v1.2.0
by
Naotake Masuda
DDSP model trained on saxophone sounds
Input :
Output :
Experimental
Type :
mono-mono
DDSP.shakuhachi
v1.2.0
by
Naotake Masuda
DDSP model trained on shakuhachi sounds
Input :
Output :
Experimental
Type :
mono-mono
DDSP.violin
v1.2.0
by
Naotake Masuda
DDSP model trained on violin sounds
Input :
Output :
Type :
stereo-stereo
conv1d-overdrive.random
v1.0.0
by
Nao Tokui
Neural distortion/overdrive effect
Input :
Output :
Type :
mono-mono
RAVE.amen
v1.2.0
by
Naotake Masuda
RAVE timbre transfer model trained on the Amen drum break.
Input :
Output :
Experimental
Type :
mono-mono
RAVE.bird
v1.2.0
by
Nao Tokui
RAVE timbre transfer model trained on field recordings of bird songs.
Input :
Output :
Type :
stereo-stereo
RAVE.BuddhistChant
v1.1.0
by
Nao Tokui
RAVE timbre transfer model trained on Buddhist chant. Best with soft, sustained sounds in relatively low range.
Input :
Output :
Type :
stereo-stereo
RAVE.BulgarianFemaleChoir
v1.1.0
by
Nao Tokui
Stereo RAVE timbre transfer model trained on Bulgarian female choir.
Input :
Output :
Type :
stereo-stereo
RAVE.choir
v1.2.0
by
Nao Tokui
Stereo RAVE timbre transfer model trained on choir sounds.
Input :
Output :
Type :
mono-mono
RAVE.drumkit
v1.2.0
by
Naotake Masuda
RAVE timbre transfer model trained on drum performances..
Input :
Output :
Type :
mono-mono
RAVE.evoice
v1.2.0
by
Antoine Caillon
RAVE model trained on English speech.
Input :
Output :
Type :
mono-mono
RAVE.jvoice
v1.2.0
by
Nao Tokui
RAVE model trained on Japanese speech.
Input :
Output :
Type :
stereo-stereo
RAVE.kora
v1.2.0
by
Qosmo
RAVE timbre transfer model trained on kora (african lute/harp)
Input :
Output :
Type :
stereo-stereo
RAVE.marimba
v1.2.0
by
Nao Tokui
Stereo RAVE model trained on marimba sounds.
Input :
Output :
Type :
mono-mono
RAVE.megalodon
v1.2.0
by
Nao Tokui
RAVE model that generates beastly bass sounds.
Input :
Output :
Type :
mono-mono
RAVE.NASA
v1.2.0
by
Antoine Caillon
RAVE model trained on NASA recordings
Input :
Output :
Type :
mono-mono
RAVE.taiko
v1.0.0
by
Nao Tokui
RAVE 2 model trained on Taiko (Japanese drums).
Input :
Output :
Type :
stereo-stereo
RAVE.violin
v1.2.0
by
Naotake Masuda
Stereo RAVE timbre transfer model trained on violin performances.
Input :
Output :
Experimental
Type :
stereo-stereo
temporalconv.reverb
v1.0.0
by
Nao Tokui
Temporal Convolution Reverb
Input :
Output :
Experimental
Type :
mono-mono
ddspXsynth
v0.1.0
by
David Südholt
DDSP cross-synthesis model trained on synth data
Input :
Output :
Experimental
Type :
mono-mono
ddspXviolin
v0.1.0
by
David Südholt
DDSP cross-synthesis model trained on violin data
Input :
Output :
Type :
stereo-stereo
clipper
v1.0.0
by
Andrew Fyfe
Audio clipper.
Input :
Output :
Type :
mono-mono
RAVE.VintageRadio
v1.2.0
by
Antoine Caillon
RAVE model trained on vintage radio songs
View all models