Development of miniaturized wireless sensor nodes suitable for building energy management and modelling

O’Flynn, Brendan; Jafer, E.; Spinar, Rosta; Keane, Marcus; Costa, Andrea; Pesch, Dirk; O’Mathuna, Cian

doi:10.1201/b10527-42

Cited by 4 publications

(1 citation statement)

References 5 publications

(7 reference statements)

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“…Implementation of Bluetooth devices for indoor location and customizable pathfinding solutions for building modelled by BIM technologies is described in [206]. In [207] authors develop a wireless sensor network by ZigBee technology to efficiently monitor energy consumption in an integrated BIM environment. A cloud-based BIM application for visualizing and managing facility tasks is developed in [208], while an automatic integration of BIM and FMS information is obtained with ST in [209].…”

Section: Operation/maintenancementioning

confidence: 99%

Automation and Information Approaches to Support Maintenance and Production Management in the Construction Industry

Parisi¹

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The construction industry is a wide industrial sector ranging from the design and management of major infrastructures, such as bridges, to civil dwelling construction. It is worldwide acknowledged as a fundamental driving sector for the Gross Domestic Product, but it is also among the less performing and delayed ones in the adoption and exploitation of technological improvements. These limitations are inducing stakeholders to borrow and integrate many enhancements from other industrial fields into the sector. This digitalization trend is spreading through the entire life cycle of the construction process and identifying a challenging approach because of the paradigm shift needed from physical to cyber-physical systems. The Industry 4.0 concept boosted this trend so that both in the academy and in the construction industry it has been specified as Construction 4.0. It borrows from the Industry 4.0 the adoption of many key enabling technologies such as Internet of Things, Artificial Intelligence and Additive Manufacturing. This thesis investigates specifically this technological integration, focusing on the application of such enabling technologies in the construction field and considering different stages in the life cycle in varying infrastructure typologies. Starting from a literature investigation on "holistic" intelligent systems in Intelligent Buildings construction, in a Digital Twin fashion, the influence and the application of enabling technologies and related operative ICT tools such as Internet of Things and Big Data are studied, from a perspective of the whole constructions' life cycle. The maintenance phase of major infrastructures is studied concerning structural safety and fault detection, by developing a method to detect damages in railway steel truss bridges via artificial intelligence. An innovative additive manufacturing technology for high-rise constructions is then presented. It consists of an improvement with a custom extruder of standard tower crane technology, while the whole system is driven by an artificial intelligence agent.We conclude that Construction 4.0 is still at its embryonic stage. More advanced results are obtainable for the operation and maintenance management of existing ix es presenta una innovadora tecnologia de fabricació additiva per a construccions de gran altura. Consisteix en una millora de la tecnologia de les grues torre estàndard amb una extrusora personalitzada, mentre que tot el sistema està controlat per un agent d'intel•ligència artificial.Concloem que la Construcció 4.0 encara es troba en la seua etapa embrionària. Es poden obtindre resultats més avançats en la implantació tecnològica sobre infraestructures existents per a la seua gestió d'operació i manteniment degut a l'enfocament relacionat principalment amb la sensorització i anàlisi de dades. La innovació en la fase integrada de disseny/construcció continua sent més desafiadora, a causa de la necessitat d'un paradigma completament nou i innovacions industrials en molts camps diferents.

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Section: Operation/maintenancementioning

confidence: 99%

Automation and Information Approaches to Support Maintenance and Production Management in the Construction Industry

Parisi¹

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Information and Communication Technologies applied to intelligent buildings: a review

Parisi¹,

Fanti²,

Mangini³

2021

ITcon

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In this paper an insight on innovative implementation strategies and operative Information and Communication Technologies (ICT) regarding Intelligent Buildings (IBs) is provided. Data-driven knowledge extraction and re-usage can be a valid source of information to study the whole building life-cycle as a process to optimize. Today, new challenges can be provided thanks to ICT and Internet of Things (IoT) paradigms that allow big data to be stored, processed and analysed. This approach is still not deeply applied in construction engineering fields. In order to analyse the related literature, first a framework to describe the IB technological environment is proposed. Second, the literature is reviewed according to this framework and focusing on ICT tools and implementation aspects for the whole building life-cycle. To the best of our knowledge, there isn't yet a survey focusing on innovative operative tools adopted in the development of the ICT technological layer of IB. The reviewed literature is discussed by identifying implemented technologies and related ICT tools and classifying applications in building life-cycle. Finally, critical aspects are singled out and opportunities for future developments in the field of IBs are outlined.

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Design and Implementation of PropertySafety

Arslan

Riaz

Kiani

2015

Advances in Business Information Systems and Analytics

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Each year millions of dollars are spent for the prevention of flooding, fire, and burglaries in vacant properties. Keeping a vacant property secure is the most important aspect in preventing damage and one of the most crucial tasks for property owners and facility managers. Building Information Modeling (BIM) is an emerging technology platform that has the potential to be explored in safety-planning solutions for vacant properties. In an attempt to reduce vacant property hazards, this chapter reports upon an integrated system architecture that utilizes BIM and wireless sensor technology to produce a proactive safety and emergency management system entitled PropertySafety. The proposed solution collects real-time temperature, activity, and water detection data remotely; notifies property owners and facility managers through effective visualizations of a building using the BIM platform; and ultimately attempts to contribute in reducing property hazards during the facility management phase of a building lifecycle.

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Development of miniaturized wireless sensor nodes suitable for building energy management and modelling

Abstract: Access to the full text of the published version may require a subscription. Item downloaded fromhttp://hdl.handle

Cited by 4 publications

References 5 publications

Automation and Information Approaches to Support Maintenance and Production Management in the Construction Industry

Automation and Information Approaches to Support Maintenance and Production Management in the Construction Industry

Information and Communication Technologies applied to intelligent buildings: a review

Design and Implementation of PropertySafety

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