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Face Recognition: Too Bias, or Not Too Bias?

About

We reveal critical insights into problems of bias in state-of-the-art facial recognition (FR) systems using a novel Balanced Faces In the Wild (BFW) dataset: data balanced for gender and ethnic groups. We show variations in the optimal scoring threshold for face-pairs across different subgroups. Thus, the conventional approach of learning a global threshold for all pairs resulting in performance gaps among subgroups. By learning subgroup-specific thresholds, we not only mitigate problems in performance gaps but also show a notable boost in the overall performance. Furthermore, we do a human evaluation to measure the bias in humans, which supports the hypothesis that such a bias exists in human perception. For the BFW database, source code, and more, visit github.com/visionjo/facerec-bias-bfw.

Joseph P Robinson, Gennady Livitz, Yann Henon, Can Qin, Yun Fu, Samson Timoner• 2020

Related benchmarks

TaskDatasetResultRank
Face VerificationBFW
TPR @ FPR 0.1%94.04
138
Face VerificationLFW
AUROC99.21
67
CalibrationBFW
Worst-Group Brier Score0.043
66
Face VerificationRFW
Min-Group AUROC98.83
66
CalibrationLFW
Worst-group Brier score0.074
66
Face VerificationLFW
Min-Group AUROC (%)97.25
66
CalibrationRFW
Worst-group Brier Score0.058
66
Face VerificationLFW
EO Gap (0.1%)14.18
43
Face VerificationRFW
TMR @ FMR 1e-30.741
36
Face VerificationLFW headline
TPR @ FPR=1e-390
33
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