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IoT service development via adaptive interfaces: Improving utilization of cyber-physical systems by competence based user interfaces

机译:通过自适应接口进行物联网服务开发:通过基于能力的用户界面提高网络物理系统的利用率

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The more complex the processes, the higher the need for process transparency through high-quality real-time data. The steady improvement of Internet-of-Things technologies, or of the recently phrased cyber physical systems, during the last years ensures this process transparency. Although these technologies are promising, the potential of IoT/CPS technologies is not yet fully applied in practice. One reason is that technology novices have difficulties participating in development processes and consequently prevent case-specific and relevant services from being described. This paper presents an adaptive interface approach to support the development and utilization of IoT solutions. An exemplary solution is presented based on an IoT toolkit with a GUI for configuration, making service development possible without coding skills. Based on experiment observations, design improvements of the GUI are implemented. Furthermore, a more sophisticated design is introduced. This will allow users with different competence levels to improve their interaction with sensor and actuator networks further; consequently, more appropriate solutions can be developed and used.
机译:流程越复杂,通过高质量的实时数据进行流程透明化的需求就越高。物联网技术或最近提到的网络物理系统在过去几年中的稳步改进确保了此过程的透明性。尽管这些技术很有前途,但IoT / CPS技术的潜力尚未在实践中得到充分应用。原因之一是技术新手很难参与开发过程,因此无法描述特定于案例的相关服务。本文提出了一种自适应接口方法,以支持物联网解决方案的开发和利用。提出了一种基于IoT工具箱的示例性解决方案,该工具箱带有用于配置的GUI,无需编码技能即可进行服务开发。基于实验观察,对GUI进行了设计改进。此外,引入了更复杂的设计。这将使具有不同能力水平的用户进一步改善与传感器和执行器网络的交互;因此,可以开发和使用更合适的解决方案。

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