Explainer

Ignorance isn't bliss

Ignorance isn't bliss

How human intuitions about AI can lead to unfair outcomes

Societies are increasingly, and legitimately, concerned that automated decisions based on historical data can lead to unfair outcomes for disadvantaged groups. One of the most common pathways to unintended discrimination by AI systems is that they perpetuate historical and societal biases when trained on historical data. This is because an AI has no wider knowledge to distinguish between bias and legitimate selection.

In this post we investigate whether we can improve the fairness of a machine learning model by removing sensitive attribute fields from the data. By sensitive attributes we mean attributes that the organisation responsible for the system does not intend to discriminate against because of societal norms, law or policy — for example, gender, race, religion.

Read the full explainer here.

Related news

08 October: A Gradient Gathering on AI Ethics
Event

08 October: A Gradient Gathering on AI Ethics

​Join us for an evening of gathering around deep questions on the ethics of AI, its implementation, use, and diffusion: what it means for work and society at large.

Read more
Gradient partnering in the Buy Australian AI Partnership
News

Gradient partnering in the Buy Australian AI Partnership

Gradient Institute is proud to be a delivery partner in the Buy Australian AI Partnership, launched yesterday by Assistant Minister Dr Andrew Charlton MP and delivered by Stone & Chalk with the National AI Centre as Principal Sponsor, along...

Read more
New report examines risks and controls for AI agents interacting across organisational boundaries
Report

New report examines risks and controls for AI agents interacting across organisational boundaries

The Australian AI Safety Institute has released its first publication: a report on the risks of AI agents interacting across organisational boundaries, commissioned from Gradient Institute.

Read more

Let's navigate AI responsibly together.

Contact us