在一个不断发展的、沟通密集的环境中知识与任务管理的整合

Gerd Hübscher, V. Geist, D. Auer, Nicole Hübscher, J. Küng
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引用次数: 3

摘要

知识工作的数字化,特别是在通信密集型领域,是最大的挑战之一,也是改善当今工作环境的最大机遇之一。这需要一个灵活的系统,既支持知识密集型的创造性工作,又支持高度个性化的过程。目前,知识管理系统中任务上下文的缺失阻碍了系统的顺利集成。此外,还缺少定义和处理心理概念的模型,这些概念通常在日常工作中不断发展,从而无法在过程任务中有针对性地使用适当的知识。在本文中,我们提出了一种自下而上的方法,根据相互连接的数据对象和任务对知识的静态和动态方面进行建模和存储。所提出的解决方案利用了基于图的模型的灵活性,为知识工作启用了开放且不断发展的以用户为中心的流程,同时也启用了预定义的管理流程。除了我们的方法之外,我们还展示了在知识产权管理应用程序领域的现实环境中测试原型实现的结果。
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Integration of Knowledge and Task Management in an Evolving, Communication-intensive Environment
Digitalisation of knowledge work, especially in communication-intensive domains is one of the greatest challenges, but also one of the greatest opportunities to improve today's working environments. This demands for a flexible system that supports both knowledge intensive creative work and highly individual processes. Smooth integration is hindered by the lack of the task context in knowledge management systems so far. Furthermore, a model to define and handle mental concepts, which are typically evolving during daily work, is missing, to allow for targeted use of appropriate knowledge in process tasks. In this paper, we propose a bottom-up approach to model and store the static and dynamic aspects of knowledge in terms of data objects and tasks that are connected with each other. The proposed solution leverages the flexibility of a graph-based model to enable open and continuously evolving user-centred processes for knowledge work, but also predefined administrative processes. Besides our approach, we show results from testing a prototypical implementation in a real-life setting in the domain of intellectual property management applications.
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