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An Artifact Ecology in a Nutshell: A Distributed Cognition Perspective for Collaboration and Coordination

机译:简而言之的神器生态学:协作与协调的分布式认知视角

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An artifact ecology is an environment where multiple heterogeneous technologies co-exist and are interlinked as a unified system. To construct eifective ecologies of artifacts for collaborative activities we need to acquire deep understanding of the complex interactions and interdependencies between users and tools. Researchers have identified Distributed Cognition (DC) as a powerful tool for understanding these interdependencies. In this study, DC, and particularly the DiCoT framework, were considered ideal for constructing this understanding for four student-groups during collaborative activities in an artifact ecology. Using DiCoT we analysed learners' behaviour and how the artifact ecology supported collaboration and cooperation. The cognitive system was described from three different perspectives - physical layout, information flow and artifacts - which (ⅰ) allowed an in-depth understanding of the interactions among learners and tools during collaborative activities and (ⅱ) provided insights on how the affordances of the artifact ecology supported collaboration and coordination.
机译:人工制品生态环境是多种异构技术共存并作为一个统一系统相互链接的环境。为了构建用于协作活动的构件的有效生态,我们需要对用户和工具之间的复杂交互和相互依赖关系有深入的了解。研究人员已经将分布式认知(DC)视为了解这些相互依存关系的有力工具。在这项研究中,DC,尤其是DiCoT框架,被认为是在人工制品生态学中的协作活动中为四个学生群体建立这种理解的理想选择。使用DiCoT,我们分析了学习者的行为以及人工产物生态如何支持协作与合作。认知系统是从三个不同的角度来描述的-物理布局,信息流和人工制品-(ⅰ)可以深入了解学习者和工具在协作活动中的相互作用,并且(ⅱ)提供有关如何承受能力的见解。人工制品生态支持协作与协调。

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