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Introduction
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New programming language challenges
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How does one formalize the notion of fairness
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Algorithmic decision making
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Questions
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Question
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Population model
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Symbolic execution
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Invariants
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Triangle example
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Hyper rectangular decomposition
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Subsampling hyper rectangles
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Challenges with sampling
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Ideal solution
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Approximate density
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Properties
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Proofs
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Summary
Description:
Explore a 34-minute conference talk on fairness and robustness in machine learning from a formal methods perspective. Delve into the imperative need to investigate fairness and bias in decision-making programs as algorithmic decisions become more prevalent and sensitive. Learn about encoding formal definitions of fairness as probabilistic program properties and discover a novel technique for verifying these properties across a wide range of decision-making programs. Examine FairSquare, the first verification tool for automatically certifying a program's fairness, and understand its evaluation on various decision-making programs. Gain insights into the intersection of logic and learning, exploring how formal reasoning and statistical approaches can be combined to address complex problems in machine learning fairness and robustness.

Fairness and Robustness in Machine Learning – A Formal Methods Perspective - Aditya Nori, Microsoft

Alan Turing Institute
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