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Physical–digital integration in city infrastructure

机译:城市基础设施中的物理数字整合

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There is increasing recognition by researchers, businesses, and policymakers of the value of integrating the systems of systems of which cities are comprised. It is less clear how this can be achieved, in practice, from a technical and organizational standpoint. This paper is concerned with one element of this integration, namely, the integration of physical infrastructures and digital technologies. We argue that technological innovation has historically been crucial to the development of cities and will also be crucial in future smart cities. Cities become “smarter” when they make use of the increased availability of data and analytical techniques to improve effectiveness and efficiency. The better integration of physical and digital infrastructures can significantly contribute to these objectives. The engineering tools and models used in the design, construction, and operation of a city infrastructure can now utilize a suite of technologies and processes to assist this integration. This is particularly necessary and challenging when the collaborative involvement of diverse parties is required and different vintages of infrastructure and technology must be combined. This paper is based on case studies of IBM and the construction company Laing O''Rourke. It provides examples showing how these “innovation technologies” improve opportunity and reduce risk in physical–digital integration and provides questions for further investigation.
机译:研究人员,企业和政策制定者越来越认识到整合组成城市系统的系统的价值。从技术和组织的角度来看,实际上如何实现这一目标尚不清楚。本文关注的是这种集成的一个要素,即物理基础设施和数字技术的集成。我们认为,技术创新历来对城市发展至关重要,在未来的智慧城市中也将至关重要。当城市利用增加的数据可用性和分析技术来提高有效性和效率时,它们将变得“更智能”。物理和数字基础架构的更好集成可以为实现这些目标做出重大贡献。现在,在城市基础设施的设计,建造和运营中使用的工程工具和模型可以利用一套技术和流程来辅助这种集成。当需要各方共同参与并且必须将基础设施和技术的不同年份结合在一起时,这特别有必要并且具有挑战性。本文基于IBM和建筑公司Laing O''Rourke的案例研究。它提供了一些示例,显示了这些“创新技术”如何在物理数字集成中提高机会并降低了风险,并提出了进一步研究的问题。

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