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An Extension of UML Activity Diagram to Model the Behaviour of Context-Aware Systems

机译:UML活动图的扩展以建模上下文感知系统的行为

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The main characteristics of context-aware systems are their ability to sense perpetually the context of the user and adapt their behaviour accordingly in response to changes in the user's context. Modularity is an important property for any design language as it provides ways of decomposing a system into smaller constituents which are then analyzed separately. The activity diagram of the Unified Modelling Language is a powerful language for describing the functions of a system. However it lacks notations for distinctively capturing the context-awareness requirements of context-aware systems. This paper proposes an extension of the activity diagram of Unified Modelling Language with new notations that enable the separation of concerns between the system functions, the context (or environment) constraints, and the adaption actions to be performed in reaction to changes in the system's environment. The pragmatics and flexibility of the proposed extension are demonstrated using a number of real-world case studies.
机译:情境感知系统的主要特征是它们能够永久感知用户的情境并响应于用户情境的变化相应地适应其行为。模块化是任何设计语言的重要属性,因为它提供了将系统分解为较小组成部分的方法,然后分别进行分析。统一建模语言的活动图是用于描述系统功能的强大语言。但是,它缺少用于区别捕获上下文感知系统的上下文感知需求的符号。本文提出了统一建模语言活动图的扩展,并增加了新的符号,该符号使系统功能,上下文(或环境)约束以及响应于系统环境变化而执行的适应动作之间的关注点分离成为可能。 。大量实际案例研究证明了拟议扩展的实用性和灵活性。

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