Process support for tools interoperability

Anh-Tuyet Le
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引用次数: 1

Abstract

Summary form only given. Our work seeks to build a platform that makes entities of various types (component, COTS, tools, etc.) interoperate in order to build a new application. We call this new kind of application a federation. Our federations use workflow as a support for application integration and interoperability. In this approach, the process is not defined in term of tools and their parameters; instead, the process is high level and describes only abstract steps without knowledge on how these steps will be carried out. Therefore, the federation offers a means to describe and control the synchronization between the abstract and executable process, and a set of concrete tools. The federation ensures that the execution of the abstract level involves a compatible real execution at the concrete level. Indeed, the real execution requires the collaboration of several tools. The description on how the abstract level is refined into the real execution satisfies consistency rules and interoperability paradigms. We think our work contributes by providing a high level view in which the application can be described, independently from the real tools specificities, and by providing the means to describe the application behavior and the tools can be used and modified flexibly and dynamically.
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对工具互操作性的过程支持
只提供摘要形式。我们的工作旨在构建一个平台,使各种类型的实体(组件、COTS、工具等)能够互操作,从而构建一个新的应用程序。我们把这种新的应用程序称为联邦。我们的联邦使用工作流作为应用程序集成和互操作性的支持。在这种方法中,过程不是根据工具及其参数来定义的;相反,流程是高层次的,只描述抽象的步骤,而不知道如何执行这些步骤。因此,联合提供了一种方法来描述和控制抽象过程和可执行过程之间的同步,以及一组具体的工具。联合确保抽象层的执行包括在具体层兼容的实际执行。实际上,真正的执行需要几个工具的协作。关于如何将抽象层细化为实际执行的描述满足一致性规则和互操作性范例。我们认为我们的工作的贡献在于提供了一个高级视图,在这个视图中可以独立于实际的工具特性来描述应用程序,并提供了描述应用程序行为的方法,这些工具可以灵活地、动态地使用和修改。
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