orthogonal_experiments.pdf

The average risk after training a 6-qubit QNN for randomly generated target unitaries using orthogonal data. For each number of training pairs t, the Schmidt rank is chosen as such that r · t = d. The lower bound for the risk for this configuration is shown as a dashed line. The expected risk accord...

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Bibliographische Detailangaben
Hauptverfasser: Mandl, Alexander, Barzen, Johanna, Leymann, Frank, Mangold, Victoria, Riegel, Benedikt, Vietz, Daniel, Winterhalter, Felix
Format: Dataset
Sprache:eng
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Zusammenfassung:The average risk after training a 6-qubit QNN for randomly generated target unitaries using orthogonal data. For each number of training pairs t, the Schmidt rank is chosen as such that r · t = d. The lower bound for the risk for this configuration is shown as a dashed line. The expected risk according to the proposed new lower bound is shown as a solid line.
DOI:10.18419/darus-3442/9