网络物理系统和物联网:智慧城市的新兴范式

A. Kalogeras, H. Rivano, L. Ferrarini, C. Alexakos, Oana-Teodora Iova, S. Rastegarpour, Abdoul Aziz Mbacké
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引用次数: 5

摘要

在传统和现代基础设施、人力和社会资本、燃料福利、高质量生活和可持续经济发展方面进行投资,城市才是明智的。智慧城市范式是由信息和通信技术领域的技术演进驱动的,更具体地说,是由物联网、工业物联网及其与网络物理系统的融合驱动的。智慧城市提供了许多与其关键基础设施相关的应用领域,包括能源和交通。这些领域目前的需求类似于工业制造环境,利用智能设备并为其应用采用控制自动化。因此,它们可以在更广泛的意义上被标记为“工业领域”。本文介绍了与智慧城市相关的三个应用领域,即智能照明、智能建筑/能源和智能城市交通,确定了它们的需求和挑战,并回顾了现有的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cyber Physical Systems and Internet of Things: Emerging Paradigms on Smart Cities
A city is smart when investment in traditional and modern infrastructure, human and social capital, fuel well being, high quality of life, and sustainable economic development. The Smart City paradigm is driven by technological evolution in the field of Information and Communication Technologies, and more specifically the paradigms of Internet of Things, Industrial Internet of Things and their confluence with Cyber Physical Systems. Smart Cities present a number of application domains that are related to their critical infrastructures, including energy and transport. These domains present needs similar to the industrial manufacturing environment utilizing smart devices and employing control automation for their applications. They could thus be labeled as “industrial domains” in the wider sense. This paper presents three application domains associated with Smart Cities, namely Smart Lighting, Smart Buildings / Energy, and Smart Urban Mobility, identifies their requirements and challenges and reviews existing solutions.
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