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A Method Tailored For System Integration

机译:专为系统集成量身定制的方法

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Large companies that have been in business for some years necessarily aggregate lots of history concerning their business. The business lives and breaths in pursue of new markets, better price/earning rates, etc. Their business systems that were designated to support their business does not always follow the dynamic needs of the business and the surrounding technology; the architecture and technology demands changes; requirements for interchange and interoperability with other, maybe external system, are put forward. Today, there are increasing demands to support open interfaces that can be easily integrated with Internet applications and integrating legacy systems into state-of-the-art component infrastructures. In order to achieve this, we need to identify the structure of the business in terms of systems and components. We need to identify the dependencies between components and the structure and semantics of their interfaces. In this paper, we describe a method based on Unified Modelling Language (UML) and Unified Process (UP) that is tailored to describe component architectures in terms of their collaborations, their structure and semantics of interfaces, to facilitate integration capabilities between components in heterogeneous environments. We also use forthcoming concepts in UML 2.0 to model protocols between components. We aim to provide a method that supports a model driven architecture (MDA~(TM)[1]]) tuned towards integration.
机译:从事业务已有几年的大公司必须积累许多有关其业务的历史。企业在寻求新市场,提高价格/获利率等方面生活和呼吸。指定用于支持其业务的业务系统并不总是遵循业务和周围技术的动态需求;体系结构和技术要求变化;提出了与其他(也许是外部系统)的互换性和互操作性的要求。如今,对支持可轻松与Internet应用程序集成以及将遗留系统集成到最新组件基础架构中的开放接口的需求不断增长。为了实现这一目标,我们需要根据系统和组件来确定业务的结构。我们需要确定组件之间的依赖关系以及它们的接口的结构和语义。在本文中,我们描述了一种基于统一建模语言(UML)和统一过程(UP)的方法,该方法旨在根据组件的协作,接口的结构和语义来描述组件体系结构,以促进异构组件之间的集成能力环境。我们还使用UML 2.0中即将出现的概念对组件之间的协议进行建模。我们旨在提供一种支持针对集成调整的模型驱动架构(MDA〜(TM)[1]])的方法。

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