| initializer_stft | R Documentation |
Since the formula involves complex numbers, this class compute either the real or the imaginary components of the final output.
Additionally, this initializer supports windowing functions across the time
dimension as commonly used in STFT. Windowing functions from the Python module
scipy.signal.windows are supported, including the common hann and
hamming windowing functions. This layer supports periodic windows and
scaling-based normalization.
This is primarily intended for use in the STFTSpectrogram layer.
initializer_stft(
side = "real",
window = "hann",
scaling = "density",
periodic = FALSE
)
side |
String, |
window |
String for the name of the windowing function in the
|
scaling |
String, |
periodic |
Boolean, if True, the window function will be treated as
periodic. Defaults to |
An Initializer instance that can be passed to layer or variable
constructors, or called directly with a shape to return a Tensor.
# Standalone usage:
initializer <- initializer_stft("real", "hann", "density", FALSE)
values <- initializer(shape = c(128, 1, 513))
Other initializers:
initializer_constant()
initializer_glorot_normal()
initializer_glorot_uniform()
initializer_he_normal()
initializer_he_uniform()
initializer_identity()
initializer_lecun_normal()
initializer_lecun_uniform()
initializer_ones()
initializer_orthogonal()
initializer_random_normal()
initializer_random_uniform()
initializer_truncated_normal()
initializer_variance_scaling()
initializer_zeros()
Other constant initializers:
initializer_constant()
initializer_identity()
initializer_ones()
initializer_zeros()
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