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A Survey on Quantitative Modeling of Trust in Online Social Networks

arXiv cs.AI / 3/13/2026

💬 OpinionIdeas & Deep AnalysisTools & Practical UsageModels & Research

Key Points

  • The paper offers a comprehensive survey of quantitative trust models in online social networks, covering theory, modeling approaches, and evaluation.
  • It begins by connecting psychology-based theories to factors shaping online trust and how they inform model design.
  • It categorizes state-of-the-art trust models by their algorithmic foundations and analyzes the unique mechanisms and contributions of each category.
  • It provides an implementation-centric handbook summarizing datasets, trust-related features, modeling techniques, and feasible application scenarios.
  • It concludes with identified unresolved challenges and directions for future work in quantitative trust modeling for OSNs.

Abstract

Online social networks facilitate user engagement and information sharing but are also rife with misinformation and deception. Research on trust modeling in online social networks focuses on developing computational models or algorithms to measure trust relationships, assess the reliability of shared content, and detect spam or malicious activities. However, most existing review papers either briefly mention the concept of trust or focus on a single category of trust models. In this paper, we offer a comprehensive categorization and review of state-of-the-art trust models developed for online social networks. First, we explore theories and models related to trust in psychology and identify several factors that influence the formation and evolution of online trust. Next, state-of-the-art trust models are categorized based on their algorithmic foundations. For each category, the modeling mechanisms are investigated, and their unique contributions to quantitative trust modeling are highlighted. Subsequently, we provide an implementation-centric trust modeling handbook, which summarizes available datasets, trust-related features, promising modeling techniques, and feasible application scenarios. Finally, the findings of the literature review are summarized, and unresolved challenges are discussed.