Smart Data Management of Urban Infrastructure Using Geographic Information Systems

Balasubramani, Booma Sowkarthiga; Badhrudeen, Mohamed; Derrible, Sybil; Cruz, Isabel F.

doi:10.1061/(asce)is.1943-555x.0000582

Cited by 8 publications

(2 citation statements)

References 13 publications

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“…This field of research is very active and several researchers have widely shown the capability and potentiality of GIS technology in several areas related to transport infrastructures, including risk mapping and vulnerability assessment to seismic hazards [30], planning of maintenance operations [31], development of GIS-based transportation management systems [32][33], and risk-based analysis of transport networks [33][34]. Furthermore, one of the main current needs of asset owners, to develop up-to-date and applicable GIS-based catalogues for infrastructure management purpose, is related to the digitalization process which has been progressively applied by public authorities to convert information of infrastructure systems from legacy formats, including cartographic maps and computer-aided design (CAD) projects, to GIS environments [35]. In this context, this research shows an experimental application in the context of viaducts and bridges management, through the integration of ground-based, remote sensing and managing of structural information into a unique platform represented by a GIS-based catalogue.…”

Section: A Gis Catalogue Integrating Ground-based Remote Sensing and ...mentioning

confidence: 99%

A novel bridge monitoring system implementing ground-based, structural and remote sensing information into a GIS-based catalogue

Quinci

Gagliardi²,

Pallante³

et al. 2022

Earth Resources and Environmental Remote Sensing/Gis Applications XIII

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The monitoring of the structural integrity of road and transport infrastructures, and in particular of bridges and viaducts, has now become a priority issue, emphasized by the progressive decay of the characteristics of building materials, and deterioration of the works, which can cause damage and collapses with dramatic consequences. Following recent bridge collapses, including the "Polcevera Bridge” in Genoa, Italy, the Ministry of Infrastructures and Sustainable Mobility (MIMS) issued in 2020 specific Guidelines on the classification and risk management, safety assessment and monitoring of existing bridges. In this context, the creation of information catalogues for the mapping of structures and the implementation of innovative procedures for monitoring, appear to be a crucial step for public bodies and managing bodies end of assessing the state of the civil structures such as bridges and identifying the priorities maintenance actions. To date, monitoring operations of bridges are typically conducted through visual inspections, coring and punctual measurements carried out by specialized operators and, more rarely, through the use of Non-Destructive Technologies (NDT). On the other hand, in recent years, satellite radar remote sensing techniques have always been applied much more effectively at monitoring infrastructures, civil works, bridges and viaducts. Among the modern techniques, Multi-Temporal Satellite Radar Interferometry (MT-InSAR) is currently established as a reliable tool for control and monitoring of deformation phenomena of the soil and large-scale infrastructures, capable of returning information with millimetre accuracy. Moreover, the knowledge about structural materials, structural elements and defect state of the bridge collected by onsite inspection, is crucial to verify the stability to actual traffic and dynamic loads, not expected in the design phases. This work reports a methodology useful for evaluating the viaducts and bridges stability at the network-scale level, proposing a multi-level monitoring protocol from the integration of information from different sources and technologies, including ground-based, structural and remote sensing information. The activities are carried out as a part of the “MLAZIO” project, approved and supported by the Lazio Region. The first phase of this project involves the creation of a vector database for bridges mapping and localization, and the development of an informatic catalogue for the management of works, also including a view of the geo-eGovernment of the infrastructures. Such a system is developed on a platform interoperable in a Geographical Information System (GIS), already prepared for the expected integrations in the later stages of the project, which includes on-site inspections, NDTs ground-based and satellite remote sensing investigations. This project aims to create a reliable and effective methodology for the risk assessment and management of existent bridges. This study paves the way for optimizing the planning procedures of the intervent...

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Section: A Gis Catalogue Integrating Ground-based Remote Sensing and ...mentioning

confidence: 99%

A novel bridge monitoring system implementing ground-based, structural and remote sensing information into a GIS-based catalogue

Quinci

Gagliardi²,

Pallante³

et al. 2022

Earth Resources and Environmental Remote Sensing/Gis Applications XIII

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show abstract

“…Some of the articles in this special collection were presented at the 2019 International Conference on Smart Cities (ICSC) organized by iSMARTi that took place in Seoul, Korea. Balasubramani et al (2020) propose a smart data management protocol to convert infrastructure maps from legacy computer-aided design (CAD) formats to geographic information systems (GIS), including procedures to ensure data integrity via a machinelearning algorithm, to track urban infrastructure evolution and to combine GIS infrastructure maps with other data sets for optimal scheduling of asset repair. This is a critical capability that is required by most metropolitan agencies worldwide that currently seek efficient and effective ways to infuse smart management of their data and infrastructure.…”

mentioning

confidence: 99%

Smart Cities: Infrastructure, Air Quality, Disaster Response, and Data Management

Labi

Lee

Derrible

2022

J. Infrastruct. Syst.

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Smart Village Planning Towards Sustainability Using Geospatial Techniques – A Case Study of Muzaffarnagar District, India

Tripathi,

Upadhyay,

Dwivedi

et al. 2024

Geotechnologies and the Environment

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Smart Data Management of Urban Infrastructure Using Geographic Information Systems

Cited by 8 publications

References 13 publications

A novel bridge monitoring system implementing ground-based, structural and remote sensing information into a GIS-based catalogue

A novel bridge monitoring system implementing ground-based, structural and remote sensing information into a GIS-based catalogue

Smart Cities: Infrastructure, Air Quality, Disaster Response, and Data Management

Smart Village Planning Towards Sustainability Using Geospatial Techniques – A Case Study of Muzaffarnagar District, India

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