Systemic Fairness
- URL: http://arxiv.org/abs/2304.06901v1
- Date: Fri, 14 Apr 2023 02:24:55 GMT
- Title: Systemic Fairness
- Authors: Arindam Ray, Balaji Padmanabhan and Lina Bouayad
- Abstract summary: This paper develops formalisms for firm versus systemic fairness in machine learning algorithms.
It calls for a greater focus in the algorithmic fairness literature on ecosystem-wide fairness in real-world contexts.
- Score: 5.833272638548154
- License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
- Abstract: Machine learning algorithms are increasingly used to make or support
decisions in a wide range of settings. With such expansive use there is also
growing concern about the fairness of such methods. Prior literature on
algorithmic fairness has extensively addressed risks and in many cases
presented approaches to manage some of them. However, most studies have focused
on fairness issues that arise from actions taken by a (single) focal
decision-maker or agent. In contrast, most real-world systems have many agents
that work collectively as part of a larger ecosystem. For example, in a lending
scenario, there are multiple lenders who evaluate loans for applicants, along
with policymakers and other institutions whose decisions also affect outcomes.
Thus, the broader impact of any lending decision of a single decision maker
will likely depend on the actions of multiple different agents in the
ecosystem. This paper develops formalisms for firm versus systemic fairness,
and calls for a greater focus in the algorithmic fairness literature on
ecosystem-wide fairness - or more simply systemic fairness - in real-world
contexts.
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