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Organic Software Framework for an Adaptive Integrated Knowledge Repository

机译:自适应综合知识存储库的有机软件框架

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The goal of the research was to design and build an organic knowledge repository that had the inherent ability to grow and evolve over time. A design artifact - Constructivist Unifying Baccalaureate Epistemology (CUBE) - was designed and tested to validate the efficacy of this approach. Two models that facilitate this organic nature of the system were developed for this research; a Knowledge Weighting Model and the Aggregation-Integration-Master model. A Semantic Web ontology integrated with the W3C Resource Description Framework was used to create a concept space that offers a unified view of the discipline. The two goals of this approach were validated. First, students and faculty were able to enter information that dynamically altered the organization and structure of the knowledge repository. Second, students utilizing the Integrated Knowledge Repository developed a more complex understanding of the interconnected nature of the materials linking a discipline.
机译:该研究的目标是设计和构建有机知识库,其具有随着时间的推移增长和发展的固有能力。设计并测试了设计工件 - 建构主义统一的学士学位认识论(立方体),以验证这种方法的功效。为本研究开发了两种促进该系统的有机性质的模型;知识加权模型与聚合集成主模型。与W3C资源描述框架集成的语义Web本体用于创建一个概念空间,该概念空间提供了对学科的统一视图。这种方法的两个目标得到了验证。首先,学生和教师能够进入动态改变知识库的组织和结构的信息。其次,利用综合知识存储库的学生更加复杂地了解连接纪律的材料的相互连接。

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