Being able to compare machine learning models in terms of performance is a fundamental part of improving the state of the art in a field. However, there is a risk of getting locked into only using a few -- possibly not ideal -- performance metrics, only for comparability with earlier works. In this work, we explore the possibility of reconstructing new classification metrics starting from what little information may be available in existing works. We propose three approaches to reconstruct confusion matrices and, as a consequence, other classification metrics. We empirically verify the quality of the reconstructions, drawing conclusions on the usefulness that various classification metrics have for the reconstruction task.

RECLAIM: Reverse Engineering Classification Metrics / Giobergia, Flavio; Baralis, Elena. - (2022), pp. 106-113. (Intervento presentato al convegno IEEE International Conference on AI and Knowledge Engineering tenutosi a 19-21 September 2022 nel Laguna Hills, CA (USA)) [10.1109/AIKE55402.2022.00024].

RECLAIM: Reverse Engineering Classification Metrics

Giobergia, Flavio;Baralis, Elena
2022

Abstract

Being able to compare machine learning models in terms of performance is a fundamental part of improving the state of the art in a field. However, there is a risk of getting locked into only using a few -- possibly not ideal -- performance metrics, only for comparability with earlier works. In this work, we explore the possibility of reconstructing new classification metrics starting from what little information may be available in existing works. We propose three approaches to reconstruct confusion matrices and, as a consequence, other classification metrics. We empirically verify the quality of the reconstructions, drawing conclusions on the usefulness that various classification metrics have for the reconstruction task.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2971626