Human-AI Ensembles: When Can They Work?

Ансамбли человека и искусственного интеллекта: когда они могут работать?
Vivek Choudhary, Arianna Marchetti, Yash Raj Shrestha, Phanish Puranam
2023-10-03

Algorithmic decision-makingEnsemble decision-makingHuman-AI collaborationHuman-AI ensemblesPredictive accuracy
An “ensemble” approach to decision-making involves aggregating the results from different decision makers solving the same problem (i.e., a division of labor without specialization). We draw on the literatures on machine learning-based Artificial Intelligence (AI) as well as on human decision-making to propose conditions under which human-AI ensembles can be useful. We argue that human and AI-based algorithmic decision-making can be usefully ensembled even when neither has a clear advantage over the other in terms of predictive accuracy, and even if neither alone can attain satisfactory accuracy in absolute terms. Many managerial decisions have these attributes, and collaboration between humans and AI is usually ruled out in such contexts because the conditions for specialization are not met. However, we propose that human-AI collaboration through ensembling is still a possibility under the conditions we identify.
1
Collaboration through ensembling may remain useful when both human and AI decision-makers have unsatisfactory absolute accuracy.
2
Human-AI ensembles aggregate independent human and algorithmic decisions for the same task without requiring specialization.
3
Human-AI ensembling can improve decision-making even when neither humans nor AI has superior predictive accuracy.
4
Many managerial decisions fit these conditions, suggesting that specialization-based criteria may unnecessarily exclude human-AI collaboration.
5
The paper identifies conditions under which combining human and AI judgments can be beneficial despite the absence of a clear individual advantage.

human-AI ensembles for managerial decision-making

conditions under which aggregating human and AI-based algorithmic decisions improves or enables useful decision-making despite limited or comparable predictive accuracy

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2023-10-03
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Authors
Vivek Choudhary
Arianna Marchetti
Yash Raj Shrestha
Phanish Puranam
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