Closed vijay-jaisankar closed 8 months ago
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Thanks a lot for the suggestions!
Will push the optimisation in the review with a consolidated version of the notebook for review soon in the coming days.
Update: The notebook has been added via https://github.com/facebookresearch/audioseal/pull/25/commits/25649826a0aa35e7b9702a06af58e98342bcb120
@vijay-jaisankar Apologies if I sound nitpicking here, but could you remove the copy-paste code of attacks.py in your note book and import it instead ? I guess that was the whole point of migrating your code to audioseal :)
Hello @antoine-tran , sorry, I missed making that change in the previous commit. The code has been replaced with the import statement accordingly in https://github.com/facebookresearch/audioseal/pull/25/commits/6a5bcea4129847d27201d7c2dea7bb358bd039ce, please check.
Thanks!
Why ?
This PR introduces the SHUSH attack, a simple and fast algorithm that modifies the input audio tensor by setting a fraction of its indices to 0. Researchers can test out Audioseal models under different settings of the SHUSH attack for their datasets and use-cases.
How ?
The SHUSH attack takes in a tensor and sets
K
of its first indices, i.etensor[:K]
to0.0
, and is a synthetic alternative to audio corruption or third-party masking. This implementation allowsK
to be set through parameters, hence researchers can make the attack more severe or less severe for their analysis.Test plan
We tried different variants of the attack on the RAVDESS Emotional Speech Audio dataset. The corresponding Kaggle notebook can be found here. Audioseal shows strong performance in both realistic settings of low tampering and settings with high tampering attacks.