Augmenting the knowledge bandwidth and connecting heterogeneous expert communities through uncovering tacit knowledge

J. Novak, M. Fleischmann, W. Strauss, M. Schneider, M. Wurst, K. Morik, A. Ziegler, C. Kunz
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引用次数: 14

Abstract

This paper presents an approach to exploring how implicit knowledge structures in different communities of experts can be discovered, visualised and employed for semantic navigation of information spaces and construction of new knowledge. The focus is on the developed conceptual model and system for creation and collaborative use of personalised learning knowledge maps. The developed prototype combines semantic text analysis with machine learning and interfaces for visualising relationships and creating new knowledge structures. Application scenarios include automatic generation of personalised knowledge portals, collaborative semantic exploration of complex information spaces and construction of shared ontology networks. The real-world testbed and context of development is the Internet platform netzspannung.org that aims at establishing a knowledge portal connecting digital art, culture and information technology.
通过发现隐性知识,扩大知识带宽,连接异质专家群体
本文提出了一种方法来探索如何发现、可视化不同专家群体中的隐性知识结构,并将其用于信息空间的语义导航和新知识的构建。重点是开发的概念模型和系统,用于创建和协作使用个性化学习知识地图。开发的原型将语义文本分析与机器学习和界面相结合,用于可视化关系和创建新的知识结构。应用场景包括个性化知识门户的自动生成、复杂信息空间的协同语义探索和共享本体网络的构建。现实世界的试验台和开发背景是互联网平台netzspannung.org,旨在建立一个连接数字艺术、文化和信息技术的知识门户。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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