Extending UML Use Case Diagrams to Represent Non-Interactive Functional Requirements

S. Iqbal, Issam Al-Azzoni, Gary Allen, H. Khan
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引用次数: 5

Abstract

Background: The comprehensive representation of functional requirements is a crucial activity in the analysis phase of the software development life cycle. Representation of a complete set of functional requirements helps in tracing business goals effectively throughout the development life cycle. Use case modelling is one of the most widely-used methods to represent and document functional requirements of the system. Practitioners exploit use case modelling to represent interactive functional requirements of the system while overlooking some of the non-interactive functional requirements. The non-interactive functional requirements are the ones which are performed by the system without an initiation by the user, for instance, notifying something to the user or creating an internal backup. Aim: This paper addresses the representation of non-interactive requirements along with interactive ones (use cases) in one model. This paper calls such requirements ‘operation cases’ and proposes a new set of graphical and textual notations to represent them. Method: The proposed notations have been applied on a case study and have also been empirically evaluated to demonstrate the effectiveness of the new notations in capturing non-interactive functional requirements. Results and Conclusion: The results of the evaluation indicate that the representation of operation cases helps in documenting a complete set of functional requirements, which ultimately results in a comprehensive translation of requirements into design.
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扩展UML用例图以表示非交互功能需求
背景:功能需求的全面表示是软件开发生命周期分析阶段的关键活动。表示一组完整的功能需求有助于在整个开发生命周期中有效地跟踪业务目标。用例建模是表示和记录系统功能需求的最广泛使用的方法之一。实践者利用用例建模来表示系统的交互功能需求,而忽略了一些非交互功能需求。非交互式功能需求是由系统执行而无需用户发起的需求,例如,向用户通知某些内容或创建内部备份。目的:本文在一个模型中讨论非交互需求和交互需求(用例)的表示。本文将这种需求称为“操作案例”,并提出了一套新的图形和文本符号来表示它们。方法:建议的符号已经应用于一个案例研究中,并且已经进行了经验评估,以证明新符号在捕获非交互式功能需求方面的有效性。结果与结论:评估结果表明,操作案例的表示有助于形成一套完整的功能需求,从而最终将需求全面转化为设计。
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