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Using architecture models for runtime adaptability

机译:使用架构模型实现运行时适应性

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Every software system has architecture. The architecture strongly influences the software system's properties, including maintainability and runtime properties such as performance and reliability. By describing the architecture in models, we can make the architecture explicit. Developers typically use software architecture models at design time to capture the significant decisions about a software system's organization and to describe and establish a common understanding about the system's abstract properties. In the MADAM (mobility- and adaptation-enabling middleware) project, we aim to facilitate adaptive application development for mobile computing. We follow an architecture-centric approach where we represent architecture models at runtime to allow generic middleware components to reason about and control adaptation.
机译:每个软件系统都有体系结构。该体系结构强烈影响软件系统的属性,包括可维护性和运行时属性,例如性能和可靠性。通过在模型中描述架构,我们可以使架构明确。开发人员通常在设计时使用软件体系结构模型来捕获有关软件系统组织的重要决策,并描述和建立对系统抽象属性的共识。在MADAM(支持移动性和适应性的中间件)项目中,我们旨在促进针对移动计算的自适应应用程序开发。我们遵循以架构为中心的方法,该方法在运行时表示架构模型,以允许通用中间件组件推理和控制自适应。

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