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Semantic interoperability of large systems through a formal method: Relational Concept Analysis

机译:通过形式化方法进行大型系统的语义互操作性:关系概念分析

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Interoperability is a major stake for industry, and in general for all the systems, of any dimension, that need to share contents in every shape. It provides that the exchanges between different parts of different entities perform in a perfect way. Various problems could arise and let the interoperation difficult or impossible. One of those problems could be the presence of implicit knowledge in the systems models. This kind of problems can be faced through knowledge formalisation strategies.The Formal Concept Analysis (FCA) is a mathematical tool to represent the information in a structured and complete way. In this scientific work, we present an extension of the FCA, the Relational Concept Analysis, to reveal tacit knowledge hidden in multi contexts systems.
机译:互操作性是行业的主要利益,通常对于所有规模的所有系统而言,都需要以各种形式共享内容。它规定了不同实体不同部分之间的交换以完美的方式执行。可能出现各种问题,并使互操作困难或不可能。这些问题之一可能是系统模型中存在隐性知识。这种问题可以通过知识形式化策略来解决。形式概念分析(FCA)是一种数学工具,用于以结构化和完整的方式表示信息。在这项科学工作中,我们提出了FCA(关系概念分析)的扩展,以揭示隐藏在多上下文系统中的隐性知识。

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