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Conformance checking of component-based systems for scenario-based specifications

机译:基于组件的系统的一致性检查,以用于基于场景的规范

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Global interaction specifications define the rules that participating components should respect in their interaction with the aim of guaranteeing correct interoperability in the requirement phase. The design model of a particular component gives the communicative behavior from the point of view of that component in the design phase. In this paper, the global interaction specifications are specified by UML sequence diagrams from which we can derive all the specification models of participating components specified by FSM models. We propose a novel conformance relation between the specification model and the design model of a component. The conformance relation distinguishes two kinds of non-determinism in FSM models and guarantees stuck-freeness of systems in which interacting components are individually proved conformant to the same global interaction specifications.
机译:全局交互规范定义了参与组件在交互中应遵循的规则,以确保在需求阶段中正确的互操作性。特定组件的设计模型从该组件在设计阶段的角度给出了交流行为。在本文中,全局交互规范由UML序列图指定,从中我们可以得出FSM模型指定的参与组件的所有规范模型。我们提出了规范模型和组件设计模型之间的新型一致性关系。一致性关系区分了FSM模型中的两种不确定性,并保证了系统的无阻塞性,在该系统中,交互组件被单独证明符合相同的全局交互规范。

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