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Dear Lucas,

"sparse activation" in this case refers to the experimental conditions and has nothing to do with the neural network.
The fluorophores in the sample are typically sparsely activated to make sure that in a single frame of the acquisition only very few fluorophores are in their on state and their PSFs are well separated. This is necessary because most fitting algorithms cannot deal with overlapping PSFs, whereas DECODE can do that. Because of that, DECODE allows higher activation and therefore also faster SMLM acquisitions.

I hope that answers your question!

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@lucasSaavedra123
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