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"Given a ground truth signal ... and its estimate ..., we define noise as ... . Slightly abusing notation we get: "
In the math expression the numerator and the denominator should be swapped.
from vqe.data.mixing import RandomMixtureSampler
Just remove this line. It is an artifact of testing, which I forgot to remove.
class RandomMixtureSampler, method __call__:
# input_signal and mic_signal should be multiplied by the same factor to match each other
mult_signal = normalize_to_rms(
signal_target, self.normalization_rms_db
)
This snippet is wrong. Instead, it is supposed to calculate the multiplication factor here (that's why the variable is called mult_signal)
The text was updated successfully, but these errors were encountered:
"num out channels: 64 the final output layers" in the model desctiption:
It's a misprint. We mean that each 2D convolutional layer should have 64 output channels, except for the final output layers which by design have 1 output channel as they estimate the real or imaginary component of the complex spectrum: 2 final layers total as there are 2 decoders.
Known problems:
SNR definition:
"Given a ground truth signal ... and its estimate ..., we define noise as ... . Slightly abusing notation we get: "
In the math expression the numerator and the denominator should be swapped.
from vqe.data.mixing import RandomMixtureSampler
Just remove this line. It is an artifact of testing, which I forgot to remove.
class RandomMixtureSampler, method
__call__
:This snippet is wrong. Instead, it is supposed to calculate the multiplication factor here (that's why the variable is called
mult_signal
)The text was updated successfully, but these errors were encountered: