In this paper, we examine how advice from an AI algorithm should be provided to decision-makers that work in a crowd setting. With a theoretical model and numerical experiments we show that the harmful effect of incorrect advice relative to the beneficial effect of correct advice increases with increasing crowd size. Thus, for larger crowds, more advice should be withheld so that it does not negatively affect the crowd accuracy. We propose a mechanism for AI advice personalization that takes the crowd size into account. In an experimental study where subjects classified images, we demonstrate that the crowd size-dependent advice personalization reduces the detrimental effects of incorrect advice and leads to an increase in crowd accuracy
Algorithmic advice has been shown to outperform human reasoning in various domains. However, prior r...
Many researchers and practitioners see artificial intelligence as a game changer compared to classic...
The Wisdom of Crowds describes the fact that aggregating a group’s estimate regarding unknown values...
In this paper, we examine how advice from an AI algorithm should be provided to decision-makers that...
In decision support applications of AI, the AI algorithm's output is framed as a suggestion to a hum...
As artificial intelligence advances, it can increasingly be applied in collaborative decision-making...
Due to advances in Artificial Intelligence (AI), it is possible to provide advisory services without...
We analyze how advice from an AI affects complementarities between humans and AI, in particular what...
We analyze how advice from an AI affects complementarities between humans and AI, in particular what...
Business practitioners increasingly use Artificial Intelligence (AI) applications to assist customer...
We analyze how advice from an AI affects complementarities between humans and AI, in particular what...
The true potential of human-AI collaboration lies in exploiting the complementary capabilities of hu...
Many important decisions in daily life are made with the help of advisors, e.g., decisions about med...
In many practical applications of AI, an AI model is used as a decision aid for human users. The AI ...
Recent research shows that people tend to avoid relying on artificial intelligence (AI) when making ...
Algorithmic advice has been shown to outperform human reasoning in various domains. However, prior r...
Many researchers and practitioners see artificial intelligence as a game changer compared to classic...
The Wisdom of Crowds describes the fact that aggregating a group’s estimate regarding unknown values...
In this paper, we examine how advice from an AI algorithm should be provided to decision-makers that...
In decision support applications of AI, the AI algorithm's output is framed as a suggestion to a hum...
As artificial intelligence advances, it can increasingly be applied in collaborative decision-making...
Due to advances in Artificial Intelligence (AI), it is possible to provide advisory services without...
We analyze how advice from an AI affects complementarities between humans and AI, in particular what...
We analyze how advice from an AI affects complementarities between humans and AI, in particular what...
Business practitioners increasingly use Artificial Intelligence (AI) applications to assist customer...
We analyze how advice from an AI affects complementarities between humans and AI, in particular what...
The true potential of human-AI collaboration lies in exploiting the complementary capabilities of hu...
Many important decisions in daily life are made with the help of advisors, e.g., decisions about med...
In many practical applications of AI, an AI model is used as a decision aid for human users. The AI ...
Recent research shows that people tend to avoid relying on artificial intelligence (AI) when making ...
Algorithmic advice has been shown to outperform human reasoning in various domains. However, prior r...
Many researchers and practitioners see artificial intelligence as a game changer compared to classic...
The Wisdom of Crowds describes the fact that aggregating a group’s estimate regarding unknown values...