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Toward the development of a hybrid model of ontological database for the interoperability of several information systems

机译:致力于开发用于多个信息系统互操作性的本体数据库混合模型

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The problem which companies want to face is the integration of the applications in an information system (IS) and the interconnection of the system itself with other information systems. The interoperability of IS constitutes, their ability to communicate and to inter-operate following a given model using a common language favoring the sharing of information for better performance and profitability. [1] In this article we reminder of the model that we have proposed for the interoperability of IS, it is a model of interconnection having for objective the synchronization of the business process of IS interconnected. This synchronization is based mainly on the transformation of business processes BPMN (Business Process Model Notation) of the different IS in Executable Languages Business Process Execution Language (BPEL) thanks to a language ATL (ATLAS Transformation Language) then bring together all the BPEL in a single global BPEL to basis of the rules of adaptation and an ontological database. Then and using the reverse engineering, to make an update, well adapted, Process BPMN trades of different IS. The key point of this architecture is the use of the ontological database. We present in this article a new hybrid model of ontological database based on two approaches of schema of ontological storage different that we were able to create from the result of analysis of a comparative study of database systems to ontological basis (BDBO). This analysis has helped us to adopt a hybrid model of BDBO who owns his own architecture and its storage model. This hybrid model that we are going to adopt for the implementation of the interoperability model of several information systems.
机译:公司要面对的问题是信息系统(IS)中应用程序的集成以及系统本身与其他信息系统的互连。 IS的互操作性构成了它们使用通用语言遵循给定模型进行交流和互操作的能力,该语言支持信息共享以实现更好的性能和盈利能力。 [1]在本文中,我们提醒我们为IS的互操作性提出的模型,它是一种互连模型,其目标是实现IS互连业务流程的同步。这种同步主要基于可执行语言中不同IS的业务流程BPMN(业务流程模型表示法)的转换,这要归功于语言ATL(ATLAS转换语言),然后将所有BPEL整合为一个基于适应规则和本体数据库的单个全局BPEL。然后,使用逆向工程进行更新,以适应性强,处理不同IS的BPMN交易。该体系结构的关键是本体数据库的使用。我们在本文中提出了一种新的本体数据库混合模型,该模型基于两种本体存储模式方案,我们可以根据对数据库系统与本体基础(BDBO)的比较研究的分析结果来创建不同的本体存储方案。这种分析帮助我们采用了拥有自己架构和存储模型的BDBO混合模型。我们将采用此混合模型来实现多个信息系统的互操作性模型。

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