Core Concepts
An innovative approach using Relaxed Clique Percolation to protect social commerce network users from disinformation.
Abstract
The article introduces a novel method to safeguard users from disinformation in social commerce networks. It proposes the use of Relaxed Clique Percolation (RCP) to compose personalized, resilient domains. The core concept is the creation of information aggregation domains based on user-generated content eligibility. The article discusses the challenges posed by bad actors in social commerce networks and how RCP can mitigate these risks efficiently. Real-world network analysis confirms the effectiveness of RCP domains in combating disinformation attacks.
Introduction
Platforms regulate user-generated content dissemination.
Users rely on platforms for credible information.
Domain Composition and Resilience
Definition of domain, trivial domain, and domain resiliency.
Domain expansion through relaxed clique percolation.
RCP Policy for Resilient Domains
Sequential expansion policy for composing resilient domains.
Proof that RCP-compliant domains are disinformation-resilient.
RCP Cores and Efficient Domain Composition
Introduction of RCP cores for efficient domain composition.
Methodology for identifying RCP-supercores in social graphs.
Data-Driven Exploratory Analyses
Investigation into the size of real-world RCP domains.
Analysis of geospatial properties of supercores composed by RCP.
Conclusion
Summary of the proposed approach using RCP for protecting users from disinformation in social commerce networks.
Stats
40%のノードが大規模なRCP準拠完全ドメインを持っていることを示す。
ユーザーが提供するソーシャルコネクション情報の利用可能性によって、RCPポリシーによって構築された完全ドメインのサイズが異なる。
Quotes
"The financial motive is most transparent."
"A noble goal for any SCN is to ensure that the domains it composes for its good citizens are resilient against disinformation attacks."