FairnessBiasPrivacycs.LG
Privacy-Preserving Race/Ethnicity Estimation for Algorithmic Bias Measurement in the U.S
Saikrishna Badrinarayanan, Osonde Osoba, Miao Cheng, Ryan Rogers, Sakshi Jain, Rahul Tandra, Natesh S. Pillai
September 6, 2024
arXiv.org
1 citations
1 influential
Key Takeaways
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Privacy-preserving methods can enable fairness audits without collecting sensitive data directly: The PPRE method allows companies to measure AI bias across racial and ethnic groups without requiring members to disclose this information, using techniques like secure two-party computation and differential privacy to protect individual privacy while still enabling aggregate fairness measurements.
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Demographic data collection faces real barriers that responsible AI practices must address: The paper identifies that legal constraints, platform policies, and cultural norms often prevent companies from obtaining the demographic information needed to audit AI systems for bias, highlighting a practical challenge in implementing responsible AI operations.
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Combining multiple data sources can improve fairness measurement accuracy: The method integrates surname analysis (BISG model), voluntary survey responses from LinkedIn members, and privacy-enhancing technologies to create more reliable estimates of demographic representation in AI system performance, rather than relying on any single data source.
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Technical solutions alone are insufficient for responsible AI: The authors conclude by noting "open research and engineering challenges" remain in expanding privacy-preserving fairness capabilities, suggesting that solving the technical problem of measuring bias while protecting privacy is only part of a larger organizational and societal challenge.
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Fairness measurement is foundational to responsible AI operations: The paper emphasizes that disaggregated performance evaluations across demographic groups are "an important part of Responsible AI operations," establishing bias measurement as a necessary practice rather than optional for companies deploying AI systems.