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Evaluation of Similarity-based Explanations

About

Explaining the predictions made by complex machine learning models helps users to understand and accept the predicted outputs with confidence. One promising way is to use similarity-based explanation that provides similar instances as evidence to support model predictions. Several relevance metrics are used for this purpose. In this study, we investigated relevance metrics that can provide reasonable explanations to users. Specifically, we adopted three tests to evaluate whether the relevance metrics satisfy the minimal requirements for similarity-based explanation. Our experiments revealed that the cosine similarity of the gradients of the loss performs best, which would be a recommended choice in practice. In addition, we showed that some metrics perform poorly in our tests and analyzed the reasons of their failure. We expect our insights to help practitioners in selecting appropriate relevance metrics and also aid further researches for designing better relevance metrics for explanations.

Kazuaki Hanawa, Sho Yokoi, Satoshi Hara, Kentaro Inui• 2020

Related benchmarks

TaskDatasetResultRank
ReasoningBBH
Accuracy35.13
770
commonsense inferenceHellaSwag
Accuracy48.43
171
Social Commonsense ReasoningSocialIQA
Accuracy43.77
150
Training Data AttributionNanochat Unseen (test)
LDS Correlation0.0748
26
Commonsense ReasoningCommonsenseQA
Accuracy36.16
19
Question AnsweringTyDiQA
Accuracy46.1
11
Multitask Language UnderstandingMMLU
Accuracy45.27
11
Data AttributionTulu
LDS Correlation0.0189
10
Data AttributionSafeRLHF
LDS Correlation0.1194
10
Data AttributionFlan
LDS Correlation0.0074
10
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