A framework for integrating BIM and IoT through open standards

Dave, Bhargav; Buda, Andrea; Nurminen, Antti; Främling, Kary

doi:10.1016/j.autcon.2018.07.022

Cited by 229 publications

(135 citation statements)

References 15 publications

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“…Source: (Al-Fuqaha et al, 2015) Existing studies have adopted BIM and IoT devices in many aspects such as energy management, construction monitoring, health and safety management, and building management. However, BIM and IoT integration research is still in nascent stages where most studies are theoretically and conceptually proposed (Dave et al 2018;Gunduz et al, 2017).…”

Section: Figure 1 Six Main Elements Required For the Construction Ofmentioning

confidence: 99%

The Integrated Project for the Redevelopment of a Historic Building

Baiardi

Ferreira

2020

Impact of Industry 4.0 on Architecture and Cultural Heritage

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In a scenario influenced by innovation and new technologies such as the internet of things (IoT) that have projected us towards industry 4.0, the digital revolution has involved the construction sector and the entire building process. This research activity aims to deepen the tools at the base of the design and management processes to an effective development and respect for the environment. The text will illustrate the example of redevelopment of an existing building in response to new market needs and in line with the circular economy vision. The redevelopment foresees the integrated development of the architectural building project and the management of the building during his entire life cycle. The innovation authors intend to achieve aims to combine building automation with the quality of life through management techniques that exploit the best use of space and control of the eco-system of the building and the services provided. BACKGROUNDCurrent research focuses on the further development of building automation control systems that enable the increase in comfort and efficiency by including smart control strategies (considering the dynamic parameters such as weather, user behavior, Energy/spot prices, etc.), as well as on the overall performance of buildings with respect to new innovative building design concepts (architecture, shape, envelope, etc.) and the role of urban design (building density, functionality, etc.).The scenario of innovation and technology has brought opportunities for civil construction to improve processes, products and services. The interest is evidenced by the progress in discussions on concepts such as Industry 4.0 and Intelligent Cities, which relate to the Internet of Things (IoT) and Building Information Modeling (BIM).

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Section: Figure 1 Six Main Elements Required For the Construction Ofmentioning

confidence: 99%

The Integrated Project for the Redevelopment of a Historic Building

Baiardi

Ferreira

2020

Impact of Industry 4.0 on Architecture and Cultural Heritage

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“…Although IFC does not provide any in-built module to deal with Sensor and IoT data, many researchers have made developments in this direction. A web based system called "Otaniemi3D" (Dave et al, 2018) provides information about energy usage, occupancy and user comfort by integrating BIMs and IoT devices through open messaging standards (O-MI and O-DF) and IFC models. Another conceptual web information service framework (Wang et al, 2013) demonstrates the idea for Smart Building by combining live sensor data based on the OGC standards with IFC models.…”

Section: Direct Links To Sensor and Iot Devicesmentioning

confidence: 99%

A Requirement Analysis on Extending Semantic 3d City Models for Supporting Time-Dependent Properties

Chaturvedi

Kolbe

2019

ISPRS Ann. Photogramm. Remote Sens. Spatial Inf. Sci.

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Abstract. Semantic 3D City Models are used worldwide for different application domains ranging from Smart Cities, Simulations, Planning to History and Archeology. Well-defined data models like CityGML, IFC and INSPIRE Data Themes allow describing spatial, graphical and semantic information of physical objects. However, cities and their properties are not static and change with respect to time. Hence, it is important that such semantic data models handle different types of changes that take place in cities and their attributes over time. This paper provides a systematic analysis and recommendations for extensions of Semantic 3D City Models in order to support time-dependent properties. This paper reviews different application domains in order to identify key requirements for temporal and dynamic extensions and proposes ways to incorporate these extensions. Over the last couple of years, different extensions have been proposed for these standards to deal with temporal attributes. This paper also presents an analysis to which degree these extensions cover the requirements for dynamic city models.

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“…Teizer et al [13] focused on an IoT approach that integrates environmental and localization data in a cloud-based BIM platform, aiming at making performance, environmental and localization data of workers available in an indoor work environment. Dave et al [14] proposed a framework for integrating BIM and IoT using open standards to provide information about energy usage, occupancy and user comfort. Tanga et al [3] provided an in-depth review of BIM and IoT devices integration in the AEC industry from domain application and integration methodologies perspectives.…”

Section: Review Of Relevant Literaturementioning

confidence: 99%

“…(1) Energy management solutions in a web-based environment that provides the capability to visualize BIM models, query data sourced from energy sensors and receive actuation suggestions on an approximately real-time basis [42][43][44] (2) Geospatial information systems (GIS) driven solutions for managing energy, which can represent 3D digital models and track energy usage in a geospatially referenced context [23] (3) System based solutions for energy management to provide a real-time tracking of energy usage/production and building conditions in a BIM environment [14,45,46] BIM and different kinds of IoT devices can potentially help with the development of efficient and reliable platforms for disaster management and emergency response services on building, precinct and urban levels. In this context, BIM and IoT data integration have been used for various applications in emergency and disaster management.…”

Section: Review Of Relevant Literaturementioning

confidence: 99%

Utilizing a Building Information Modelling Environment to Communicate the Legal Ownership of Internet of Things-Generated Data in Multi-Owned Buildings

et al. 2019

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In multi-owned buildings, a community of residents live in their private properties while they use and share communal spaces and facilities. Proper management of multi-owned buildings is underpinned by rules related to health, safety, and security of the residents and visitors. Utilizing Internet of Things (IoT) devices to collect information about the livable space has become a significant trend since the introduction of first smart home appliances back in 2000. The question about who owns the IoT generated data and under what terms it can be shared with others is still unclear. IoT devices, such as security camera and occupancy sensors, can provide safety for their owners, while these devices may capture private data from the neighborhood. In fact, the residents are sometimes not aware of regulations that can prevent them from installing and collecting data from shared spaces that could breach other individuals’ privacy. On the other hand, Building Information Modelling (BIM) provides a rich 3D digital data environment to manage the physical, functional, and ownership aspects of buildings over their entire lifecycle. This study aims to propose a methodology to utilize BIM for defining the legal ownership of the IoT generated data. A case study has been used to discuss key challenges related to the ownership of IoT data in a multi-owned building. This study confirmed that BIM environment can facilitate the understanding of legal ownership of IoT datasets and supports the interpretation of who has the entitlement to use the IoT datasets in multi-owned buildings.

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A framework for integrating BIM and IoT through open standards

Cited by 229 publications

References 15 publications

The Integrated Project for the Redevelopment of a Historic Building

The Integrated Project for the Redevelopment of a Historic Building

A Requirement Analysis on Extending Semantic 3d City Models for Supporting Time-Dependent Properties

Utilizing a Building Information Modelling Environment to Communicate the Legal Ownership of Internet of Things-Generated Data in Multi-Owned Buildings

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