Discrete signature tensors of persistence-landscape critical points give a feature map that is injective up to time-warping and translation and separates knotted-protein structural classes with an ARI of 0.958.
A survey of vectorization methods in topological data analysis
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Discrete signature tensors for persistence landscapes
Discrete signature tensors of persistence-landscape critical points give a feature map that is injective up to time-warping and translation and separates knotted-protein structural classes with an ARI of 0.958.