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Before applying the cvxEDA algorithm you are filtering the signal. According to the cvxEDA paper this is not necessary: "As a result, the method does not require pre-processing of the observed SC signal (e.g., bandpass filtering) nor post-processing of the inferred phasic and tonic components (e.g., to deal with negative neural activations)."
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@Eichhof as you can turn off the cvxEDA algorithm, a bit of filtering is indeed done by default. I had some good results with it (mainly to clean some serious artifacts to ease the subsequent cvxEDA computation).
However, if you have reasons to think this could be a bad thing (the cvxEDA must be run on raw data), I believe we could either change it (and add the option to select between "traditional" filtering and cvxEDA) or a parameter to turn off the prefiltering.
Hi
Before applying the cvxEDA algorithm you are filtering the signal. According to the cvxEDA paper this is not necessary: "As a result, the method does not require pre-processing of the observed SC signal (e.g., bandpass filtering) nor post-processing of the inferred phasic and tonic components (e.g., to deal with negative neural activations)."
The text was updated successfully, but these errors were encountered: