A skewness-guided pruning method removes skin-tone-related components in skin lesion classifiers, improving fairness and reducing computational cost.
What About Applied Fairness?
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abstract
Machine learning practitioners are often ambivalent about the ethical aspects of their products. We believe anything that gets us from that current state to one in which our systems are achieving some degree of fairness is an improvement that should be welcomed. This is true even when that progress does not get us 100% of the way to the goal of "complete" fairness or perfectly align with our personal belief on which measure of fairness is used. Some measure of fairness being built would still put us in a better position than the status quo. Impediments to getting fairness and ethical concerns applied in real applications, whether they are abstruse philosophical debates or technical overhead such as the introduction of ever more hyper-parameters, should be avoided. In this paper we further elaborate on our argument for this viewpoint and its importance.
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Enhancing Fairness in Skin Lesion Classification for Medical Diagnosis Using Prune Learning
A skewness-guided pruning method removes skin-tone-related components in skin lesion classifiers, improving fairness and reducing computational cost.