From the course: AI Data Strategy: Data Procurement and Storage
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Framework for bias mitigation in AI
From the course: AI Data Strategy: Data Procurement and Storage
Framework for bias mitigation in AI
- [Instructor] Bias manifests differently in traditional ML models compared to generative AI models. While traditional ML models often exhibit disparities in prediction accuracy across different demographic groups, generative AI models can amplify biases in the content they create. Addressing these biases requires a structured framework that accounts for the unique risks of each approach. The framework summarized on the screen here provides a clear way to quantify your bias mitigation efforts and see how you stack up against industry best practices. It directly compares traditional ML and generative AI that's making it easier to understand the unique challenges and solutions for each. Don't worry if it's a lot to process here because I'm going to be breaking these differences down piecemeal. First, there is statistical parity, which measures whether different demographic groups receive similar treatment. These are guidelines rather than fixed rules, but for traditional ML, statistical…
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Sourcing structured data for ML-driven AI products6m 50s
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Best practices for sourcing unstructured data4m 32s
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Understanding bias in traditional ML systems6m 42s
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Bias in generative AI: Challenges and mitigation strategies6m 19s
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Framework for bias mitigation in AI4m 2s
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Building intelligent systems with data protection5m 13s
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Open data platforms: Democratizing AI development5m 1s
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Leveraging APIs for AI6m 45s
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Building sustainable data ecosystems5m 3s
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