Interaction Modelling for IoT

Jessica Turner, Judy Bowen, Nikki van Zandwijk
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引用次数: 2

Abstract

Informal design artefacts allow end-users and non-experts to contribute to software design ideas and development. In contrast, software engineering techniques such as model-driven development support experts in ensuring quality properties of the software they propose and build. Each of these approaches have benefits which contribute to the development of robust, reliable and usable software, however it is not always obvious how best to combine these two. In this paper we describe a novel technique which allows us to use informal design artefacts, in the form of ideation card designs, to generate formal models of IoT applications. To implement this technique, we created the Cards-to-Model (C2M) tool which allows us to automate the model generation process. We demonstrate this technique with a case study for a safety-critical IoT application called “Medication Reminders”. By generating formal models directly from the design we reduce the complexity of the modelling process. In addition, by incorporating easy-to-use informal design artefacts in the process we allow non-experts to engage in the design and modelling process of IoT applications.
物联网交互建模
非正式的设计工件允许最终用户和非专家为软件设计思想和开发做出贡献。相反,软件工程技术,如模型驱动开发,支持专家确保他们提出和构建的软件的质量属性。这些方法中的每一种都有优点,有助于开发健壮、可靠和可用的软件,但是如何最好地将这两者结合起来并不总是显而易见的。在本文中,我们描述了一种新技术,该技术允许我们以创意卡设计的形式使用非正式设计工件来生成物联网应用的正式模型。为了实现这项技术,我们创建了卡到模型(C2M)工具,它允许我们自动化模型生成过程。我们通过一个名为“药物提醒”的安全关键物联网应用的案例研究来演示这种技术。通过直接从设计中生成正式模型,我们降低了建模过程的复杂性。此外,通过在过程中加入易于使用的非正式设计工件,我们允许非专家参与物联网应用的设计和建模过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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