A Multi-Branch Feature Fusion Approach for Health Misinformation Detection and Propagation
本文提出一种多分支融合框架,结合语义、修辞线索及心理因素,以检测和分析在线社交网络中健康错误信息的传播,并引入认知传播评分辅助风险评估。
本文提出一种多分支融合框架,结合语义、修辞线索及心理因素,以检测和分析在线社交网络中健康错误信息的传播,并引入认知传播评分辅助风险评估。
针对低成本MOX气体传感器信号受漂移等问题,提出LDAC-Net网络,通过学习多滞后差分和注意力卷积方法提高识别准确性。
本文针对现有医疗问答系统缺乏适应性、持久记忆和结构化决策的问题,提出了一种基于多代理的自适应记忆与反思系统,通过专门的记忆和反馈机制提高复杂案例处理能力。
研究通过分析982名参与者对17个AI和机器人挑战的评估,揭示了复杂性与准备度之间的关系,强调了在政策制定中应考虑具体挑战的差异。
This study addresses the lack of individual psychological dynamics in modeling health misinformation propagation on social media by proposing the ELM-SIRMMM framework. This approach integrates psychological signals, including emotion and engagement from the Elaboration Likelihood Model (ELM), into a six-compartment epidemiological model to enable behavior-driven dynamic modulation of transmission rates. Multi-dataset validation demonstrates that the framework significantly enhances prediction accuracy and dynamic realism. Specifically, on the FibVID dataset, it reduces RMSE by 5.5% and corrects peak timing by 10 days. Furthermore, on MC-Fake, it accurately reproduces flash-rumor patterns with a 97% recovery rate, confirming the critical role of psychological mechanisms in achieving precise misinformation propagation modeling.
本文提出一种多分支融合框架,结合语义、修辞线索及心理因素,以检测和分析在线社交网络中健康错误信息的传播,并引入认知传播评分辅助风险评估。
针对低成本MOX气体传感器信号受漂移等问题,提出LDAC-Net网络,通过学习多滞后差分和注意力卷积方法提高识别准确性。
本文针对现有医疗问答系统缺乏适应性、持久记忆和结构化决策的问题,提出了一种基于多代理的自适应记忆与反思系统,通过专门的记忆和反馈机制提高复杂案例处理能力。
研究通过分析982名参与者对17个AI和机器人挑战的评估,揭示了复杂性与准备度之间的关系,强调了在政策制定中应考虑具体挑战的差异。
This study addresses the lack of individual psychological dynamics in modeling health misinformation propagation on social media by proposing the ELM-SIRMMM framework. This approach integrates psychological signals, including emotion and engagement from the Elaboration Likelihood Model (ELM), into a six-compartment epidemiological model to enable behavior-driven dynamic modulation of transmission rates. Multi-dataset validation demonstrates that the framework significantly enhances prediction accuracy and dynamic realism. Specifically, on the FibVID dataset, it reduces RMSE by 5.5% and corrects peak timing by 10 days. Furthermore, on MC-Fake, it accurately reproduces flash-rumor patterns with a 97% recovery rate, confirming the critical role of psychological mechanisms in achieving precise misinformation propagation modeling.