Recent advances and applications towards intelligent operation and maintenance of urban pipeline networks

Jie Li, Suzhen Li
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Abstract

Abstract As typical lifeline engineering systems, urban pipeline networks (UPNs) play an important role in transmission and distribution of materials or energies in modern society. Over the past years, many efforts have been devoted to the research, development and application towards intelligent operation and maintenance of UPNs in Tongji University, incorporating with the emerging artificial intelligence (AI)-based and internet of things (IoT)-based technologies. This paper presents a review on the recent advances and the important achievements pertaining to this field in Tongji University. Using multi-source data, a data-driven model for the comprehensive risk evaluation of the whole pipeline network is briefly introduced to address the limitation of the insufficiency of reliable data and demonstrated by a case study. Aiming at three major safety problems such as structural failure, leak and third-party intrusion, the advances in techniques and systems for health monitoring of urban pipelines are summarized and the various application scenarios are illustrated as well.
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城市管网智能运维的最新进展及应用
城市管网作为典型的生命线工程系统,在现代社会中起着输送和分配物质或能源的重要作用。多年来,同济大学结合新兴的人工智能(AI)和物联网(IoT)技术,致力于upn智能运维的研发和应用。本文综述了同济大学在这一领域的最新进展和重要成果。利用多源数据,简要介绍了一种数据驱动的全管网综合风险评估模型,解决了可靠数据不足的局限性,并通过实例进行了论证。针对结构破坏、泄漏和第三方入侵三大安全问题,综述了城市管道健康监测技术和系统的研究进展,并举例说明了各种应用场景。
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