Face-recognition models trained on data rebalanced with a continuous ethnicity score are fairer, and often as accurate, as models trained on conventionally balanced data.
MST-KD: Multiple Specialized Teachers Knowledge Distillation for Fair Face Recognition
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abstract
As in school, one teacher to cover all subjects is insufficient to distill equally robust information to a student. Hence, each subject is taught by a highly specialised teacher. Following a similar philosophy, we propose a multiple specialized teacher framework to distill knowledge to a student network. In our approach, directed at face recognition use cases, we train four teachers on one specific ethnicity, leading to four highly specialized and biased teachers. Our strategy learns a project of these four teachers into a common space and distill that information to a student network. Our results highlighted increased performance and reduced bias for all our experiments. In addition, we further show that having biased/specialized teachers is crucial by showing that our approach achieves better results than when knowledge is distilled from four teachers trained on balanced datasets. Our approach represents a step forward to the understanding of the importance of ethnicity-specific features.
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Balancing Beyond Discrete Categories: Continuous Demographic Labels for Fair Face Recognition
Face-recognition models trained on data rebalanced with a continuous ethnicity score are fairer, and often as accurate, as models trained on conventionally balanced data.