Sapientia: a Smart Campus model to promote device and application flexibility

Bianca S. Brand, Sandro J. Rigo, Rodrigo M. Figueiredo, Jorge L. V. Barbosa
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引用次数: 2

Abstract

The expansion of Internet-of-Things and Information and Communication Technology allows the application of intelligent concepts to university campus spaces. Several Smart Campus models were implemented recently. However, solutions that foster flexibility in the incorporation of new hardware and software solutions on the existing infrastructure are still a gap, motivating this research. Sapientia smart campus model promotes flexibility by facilitating the incorporation of new solutions on existing infrastructure. The model’s architecture is composed of layers that facilitate technology management and update. A university campus received a model implementation, allowing the execution of experiments to evaluate the incorporation of new hardware and applications. These included a mobile application to support user orientation and internal applications to collect and process campus information, such as temperature. The experiments show how the model incorporates a new hardware component and two new applications on the existing infrastructure. Also, it evidenced the use of the installed devices in more than one application with distinct configurations and purposes.

Sapientia:促进设备和应用灵活性的智能校园模式
物联网和信息通信技术的发展使智能概念能够应用于大学校园空间。最近实施了几种智能校园模式。然而,在现有基础设施上结合新的硬件和软件解决方案的灵活性方面,仍然存在差距,这推动了这项研究。Sapientia智能校园模式通过促进在现有基础设施上引入新的解决方案来提高灵活性。该模型的体系结构由便于技术管理和更新的层组成。一所大学校园收到了一个模型实现,允许执行实验来评估新硬件和应用程序的结合。其中包括支持面向用户的移动应用程序,以及收集和处理校园信息(如温度)的内部应用程序。实验表明,该模型如何在现有基础设施上集成一个新的硬件组件和两个新的应用程序。此外,它还证明了在多个具有不同配置和目的的应用程序中使用已安装的设备。
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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