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I'm using nvcnet to train a Japanese voice conversion model, I have two questions.
First, I try to adapt your code to 16 kHz wavs, I did the following two manipulations:
changed sr in hparams.py from 22050 into 16000
changed segment_length in hparams.py from 32768 into 16384
The training goes well but the performance is bad even after 400 epochs.
I wonder if you have any idea on training nvcnet on 16 kHz wavs? Do I need any other modifications to ensure the training will go well ?
Second, could you share the value of g_loss_rec when the model converges?.
In my training the g_loss_rec converged to around 0.9 to 1.2, I'm not sure if this is what I should expect in model convergence.
The text was updated successfully, but these errors were encountered:
Hi,
we haven't tried to train NVC-Net on 16 kHz. Under the current hyper-parameters, g_loss_rec should be around 1.2 to1.3
In your case, it could be that other weighing terms are not appropriate for 16 kHz.
Hi,
Thank you for sharing your great work!
I'm using nvcnet to train a Japanese voice conversion model, I have two questions.
First, I try to adapt your code to 16 kHz wavs, I did the following two manipulations:
sr
inhparams.py
from22050
into16000
segment_length
inhparams.py
from32768
into16384
The training goes well but the performance is bad even after 400 epochs.
I wonder if you have any idea on training nvcnet on 16 kHz wavs? Do I need any other modifications to ensure the training will go well ?
Second, could you share the value of
g_loss_rec
when the model converges?.In my training the
g_loss_rec
converged to around0.9
to1.2
, I'm not sure if this is what I should expect in model convergence.The text was updated successfully, but these errors were encountered: