
arXiv:2606.00700v1 Announce Type: new Abstract: Online link recommendation on evolving graphs is performative: by choosing which candidate links to show users, the system changes which links form and what feedback it later observes. Consequently, fairness estimates from logged outcomes can be misleading and may drift after deployment when the recommendation policy is updated. We introduce COPF (Counterfactual Online Performative Fairness), a decision-layer framework for deployment-stable fairness monitoring and control in online link recommendation. COPF (i) defines group-level opportunity gap
The proliferation of online recommendation systems, especially in dynamic environments, is exposing critical challenges related to fairness and accountability that current models often fail to address in deployment.
As AI systems become more performative and influential, ensuring stable and reliable fairness metrics after deployment is crucial for trust, regulation, and preventing negative societal feedback loops.
This research introduces a framework that actively monitors and controls fairness in real-time, aiming to prevent fairness drift in online systems, shifting the focus from pre-deployment assessment to continuous operational stability.
- · AI ethicists and researchers
- · Developers of online recommendation systems
- · Users impacted by algorithmic fairness
- · Regulators of AI systems
- · Companies with biased or unstable online recommendation algorithms
- · Black-box AI systems without fairness monitoring
- · Traditional static fairness assessment methods
Online platforms will adopt more sophisticated fairness monitoring and control systems to maintain ethical deployments.
Increased demand for AI fairness tools and integration into standard MLOps practices will emerge as a new market segment.
Public and regulatory pressure will intensify for demonstrable, deployment-stable fairness in all performative AI systems, potentially impacting market share and legal liabilities.
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Read at arXiv cs.LG