USM: Unbiased Survey Modeling for Limiting Negative User Experiences in Recommendation Systems
Chenghui Yu, Peiyi Li, Haoze Wu, Yiri Wen, Bingfeng Deng, Hongyu Xiong

TL;DR
This paper introduces a survey-based modeling approach to limit negative user experiences in recommendation systems, effectively reducing inappropriate content exposure and improving user satisfaction.
Contribution
It proposes a novel survey modeling method with enhancements like HLUC and SE modules, addressing response bias and integrating feedback into recommendation algorithms.
Findings
Reduces survey sexual rate by up to 3.9%
Decreases report and dislike rates by 1-2.27%
Enhances user experience through effective negative feedback modeling
Abstract
Reducing negative user experiences is essential for the success of recommendation platforms. Exposing users to inappropriate content could not only adversely affect users' psychological well-beings, but also potentially drive users away from the platform, sabotaging the platform's long-term success. However, recommendation algorithms tend to weigh more heavily on positive feedback signals due to the scarcity of negative ones, which may result in the neglect of valuable negative user feedback. In this paper, we propose an approach aimed at limiting negative user experiences. Our method primarily relies on distributing in-feed surveys to the users, modeling the users' feedback collected from the survey, and integrating the model predictions into the recommendation system. We further enhance the baseline survey model by integrating the Learning Hidden Unit Contributions module and the…
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Taxonomy
TopicsRecommender Systems and Techniques
