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Towards Fair In-Context Learning with Tabular Foundation Models
Patrik Kenfack
,
Samira Ebrahimi Kahou
,
Ulrich Aïvodji
École de technologie supérieure
Software and Information Technology Engineering Department
LASI - Computer systems architecture laboratory
LCSec - Cybersecurity Laboratory
École de technologie supérieure
University of Calgary
Research output
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Journal Article
›
peer-review
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Keyphrases
Sensitive Attribute
100%
Foundation Models
100%
Sample Selection
100%
In-context Learning
100%
Transformer-based
50%
Minimal Impact
50%
Structured Data
50%
Prediction Accuracy
50%
Learning Performance
50%
Highly Sensitive
50%
Benchmark Dataset
50%
Enhancement Techniques
50%
Equal Opportunities
50%
Prediction Uncertainty
50%
Protecting Groups
50%
Gradient Boosted Trees
50%
Method Correlation
50%
Balanced Sample
50%
Decorrelating
50%
Attribute Group
50%
Equal Representation
50%
Demographic Parity
50%
Attribute Prediction
50%
Group Fairness Metrics
50%
Equalized Odds
50%
Computer Science
Sensitive Attribute
100%
Foundation Model
100%
Structured Data
50%
Preprocessing
50%
Reproducibility
50%
Predictive Accuracy
50%
Learning Performance
50%
Gradient Boosting Tree
50%
Equal Opportunity
50%
Correlation Method
50%
Attribute Group
50%