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Checking from MODA, bispectral analysis can be implemented straightforward. In its calculation it relies on `wavelet_transform.py`. For two signals `sig1` and `sig2`, the bispectral analysis requires …
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```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…
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## Expected behaviour and actual behaviour.
Possible encoder (obj_compress) glitch when low output quality is requested and the whole image uses same colour, or most of it is the same colour.
…
-
```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…
-
```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…
-
With the MATLAB scatnet.m, go take the tiles in the test dataset directory and run the 2-d morlet and gabor wavelets on them, output the result for those two functions. Then run the scattering transfo…
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```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…
-
I didn't even get the idea until a couple of days ago, and mostly I'm hoping I can get this uploaded before midnight...
Reading @aparrish at #23 talk about hoping to get a meaningful average novel …
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Thanks for your work! I have a question when I reproduce your network. When I used 'haar' wavlet basis to process 512*512 images, I got 256*256 outputs. But using other basises like 'db2' led to image…
bdne updated
7 months ago
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```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…