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Categorising and clustering knowledge in fuzzy cognitive maps

机译:模糊认知图中的知识分类和聚类

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The literature on managing environmental hazards in complex human-natural systems increasingly acknowledges the importance of integrating diverse stakeholder mental models into decision-making. Participatory Fuzzy Cognitive Mapping (FCM) provides an effective tool in this process, as it allows representation of mental models as complex causal networks that aid in the study of knowledge and understandings. While most participatory FCM research has studied mental model variation using graph theory and other structural metrics, our goal is to demonstrate a generalisable approach for analysing perspectives and content. We use a novel method of knowledge categorisation to identify variation among stakeholder mental models and explore its implications for social learning and collaboration. In our case study of flood managers in Boston, Massachusetts, our findings include identification of knowledge gaps, differing priorities among individuals and across jurisdictional scales and opportunities for learning and collaboration.
机译:关于在复杂的人为系统中管理环境危害的文献越来越多地认识到将各种利益相关者的心理模型纳入决策的重要性。参与式模糊认知映射(FCM)在此过程中提供了一种有效的工具,因为它允许将心理模型表示为有助于研究知识和理解的复杂因果网络。尽管大多数参与性FCM研究都使用图论和其他结构性指标研究了心理模型变异,但我们的目标是演示一种可用于分析观点和内容的通用方法。我们使用一种新颖的知识分类方法来识别利益相关者心理模型之间的差异,并探讨其对社会学习和协作的影响。在我们对马萨诸塞州波士顿市洪水管理者的案例研究中,我们的发现包括识别知识差距,个人之间以及不同司法管辖范围内优先级的不同以及学习和合作的机会。

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