Towards a more efficient bias detection in financial language models

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Talent Scout

F

Firas Hadj Kacem

University of Luxembourg

A

Ahmed Khanfir

University of Manouba, Tunisia

M

Mike Papadakis

University of Luxembourg

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Founder's Pitch

"Efficient bias detection in financial language models to improve fairness and compliance in AI-driven finance applications."

Financial AIScore: 7View PDF ↗

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7.5

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Why It Matters

Bias in financial language models can lead to unfair and discriminatory outcomes, impacting critical financial decisions and regulatory compliance.

Product Angle

Develop software for financial institutions that can plug into existing language models, performing bias checks and suggesting data augmentations or modifications to mitigate detected biases.

Disruption

This product could replace existing bias detection methods that are costly and time-consuming, offering a quicker and more economical solution for financial model integrity checks.

Product Opportunity

Large financial institutions, insurance companies, and government regulators will pay to ensure their AI models comply with anti-discrimination regulations, which can have legal, ethical, and financial implications.

Use Case Idea

A commercial tool that automatically detects and mitigates bias in financial language models, providing inputs that can be reused across different models for cost-effective bias analysis.

Science

The paper examines bias in financial language models by studying bias-revealing inputs across multiple models, using a dataset of financial sentences. It identifies reusable patterns in these inputs to make bias detection more efficient, employing tools like HInter for input mutation to test bias present in model outputs.

Method & Eval

Bias was tested by mutating key demographic attributes in financial sentences and comparing model outputs, using metrics like Jensen-Shannon Distance to measure prediction shifts and identify bias-revealing inputs. Results showed a significant portion of bias could be detected early using shared input patterns.

Caveats

The approach might not be completely scalable to all model types, especially larger generative models and may not fully eliminate all biases from models, just detect them more efficiently.

Author Intelligence

Firas Hadj Kacem

LEAD
University of Luxembourg
firashadjkacem@ieee.org

Ahmed Khanfir

University of Manouba, Tunisia
ahmed.khanfir@ensi-uma.tn

Mike Papadakis

University of Luxembourg
michail.papadakis@uni.lu

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