探索使用个性化人工智能识别社交媒体上的错误信息

Farnaz Jahanbakhsh, Yannis Katsis, Dakuo Wang, Lucian Popa, Michael J. Muller
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引用次数: 1

摘要

这项工作旨在探索如何将人类评估和人工智能预测相结合,以识别社交媒体上的错误信息。为此,我们设计了一个个性化的AI,它迭代地将单个用户对内容的评估作为训练数据,并预测同一用户将如何评估其他内容。我们进行了一项用户研究,参与者与个性化的人工智能进行互动,人工智能学习他们对tweet feed的评估,显示其对用户是否会发现其他tweet (in)准确的预测,并根据用户反馈进行演变。我们研究用户如何感知这样的人工智能,以及人工智能的预测是否会影响用户的判断。我们发现这种影响确实存在,而且随着时间的推移会越来越大,但当用户为他们的评估提供推理时,这种影响就会减少。我们根据我们的经验观察来确定设计的含义和未来工作的方向。
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Exploring the Use of Personalized AI for Identifying Misinformation on Social Media
This work aims to explore how human assessments and AI predictions can be combined to identify misinformation on social media. To do so, we design a personalized AI which iteratively takes as training data a single user’s assessment of content and predicts how the same user would assess other content. We conduct a user study in which participants interact with a personalized AI that learns their assessments of a feed of tweets, shows its predictions of whether a user would find other tweets (in)accurate, and evolves according to the user feedback. We study how users perceive such an AI, and whether the AI predictions influence users’ judgment. We find that this influence does exist and it grows larger over time, but it is reduced when users provide reasoning for their assessment. We draw from our empirical observations to identify design implications and directions for future work.
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