在不断发展的环境中实现语义互操作性

Johann Eder, Julius Kopke
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引用次数: 0

摘要

不同业务方之间的互操作性是企业集成中的一个主要问题。由于世界不是静态的,所有事物都趋向于发展,企业也在发展。不幸的是,可互操作的应用程序使信息系统演化的复杂任务变得更加复杂。这样做的结果是,更改的成本非常高,或者根本无法实现。这导致静态结构不完全适合处理企业部的需要。变化发生在句法和语义层面。语法级别上的更改可以是对交换文档中的字段进行简单的重命名。如果领域发生变化,通常会发生语义级别的变化。这意味着数据的含义发生了变化。在不断发展的企业中,支持语义互操作性的解决方案存在着相互冲突的约束:一方面需要表达性语言来表述更改和结果,包括转换的表述,另一方面需要非常高的吞吐量和大量实例文档的计算。因此,我们引入了一种旨在将可伸缩性与复杂推理相结合的体系结构。本体语言和工具、XML文档的转换和知识编译技术是找到可行且负担得起的解决方案的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards semantic interoperability in an evolving environment
The interoperability between different business parties is a major issue in Enterprise Integration. As the world is not static and all things tend to evolve also enterprises evolve. Unfortunately, interoperable applications make the complex task of information system evolution even more complex. This has the consequence that changes are very expensive or that they are simply not realized. This results in static structures which are not fully suited to deal with the Enterprises needs. Changes happen on the syntactic and the semantic level. A change on the syntactic level can be a simple rename of a field in an exchanged document. A change on the semantic level is typically the case if the domain changes. This means that the meaning of data is changed. There are conflicting constraints for solutions supporting semantic interoperability in evolutionary enterprises: The necessity of expressive languages for formulating the changes and the consequences including the formulation of transformations on the one hand and the requirement for a very high throughput and the computation of a large number of instance documents on the other hand. We therefore introduce an architecture which is intended to combine scalability with complex reasoning. Ontological languages and tools, transformation of XML documents and the techniques for knowledge compilation are the basis for finding a viable and affordable solution.
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