A Fair Equality of Chances-based framework decomposes GenAI unfairness into harms/benefits, morally arbitrary factors, and morally decisive factors to improve measurement validity.
Challenges in Measuring Bias via Open-Ended Language Generation
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abstract
Researchers have devised numerous ways to quantify social biases vested in pretrained language models. As some language models are capable of generating coherent completions given a set of textual prompts, several prompting datasets have been proposed to measure biases between social groups -- posing language generation as a way of identifying biases. In this opinion paper, we analyze how specific choices of prompt sets, metrics, automatic tools and sampling strategies affect bias results. We find out that the practice of measuring biases through text completion is prone to yielding contradicting results under different experiment settings. We additionally provide recommendations for reporting biases in open-ended language generation for a more complete outlook of biases exhibited by a given language model. Code to reproduce the results is released under https://github.com/feyzaakyurek/bias-textgen.
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Toward Valid Measurement Of (Un)fairness For Generative AI: A Proposal For Systematization Through The Lens Of Fair Equality of Chances
A Fair Equality of Chances-based framework decomposes GenAI unfairness into harms/benefits, morally arbitrary factors, and morally decisive factors to improve measurement validity.