paper describes a Norwegian initiative to standardize Building Information Modeling (BIM) for landscape architecture, addressing a significant gap in digital design workflows.
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https://gispoint.de/fileadmin/user_upload/paper_gis_open/DLA_2018/537642026.pdf
A presentation on the use of RFID on several case study projects. Looking at the whole life cycle – from manufacturing to operation .
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https://www.gs1.org/sites/default/files/is_brussels_2017_-_technical_industries_session_-_construction_guest_speaker.pdf
Case study covers h the application of BIM to the Sotra Link Project an infrastructure project involving underground and surface structures. Covers information exchange processes, design data bases and other industry best practice
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https://avestia.com/CSEE2023_Proceedings/files/paper/ICGRE/ICGRE_123.pdf
Paper describes the methods behind drawing-less design and how long free cantilever bridge has been designed and constructed without the use of a single drawing, solely based on BIM-models.
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http://rpee.lnec.pt/Ficheiros/rpee_serieIII_n18/rpee_sIII_n18_pg115_122.pdf
Report about the efforts of the Task Group within Europe focussed on introducing and specifying building information modelling to the highways infrastructure sector. Covers the initial scope and vision of the task group and the subsequent results and findings of the task group
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https://www.cedr.eu/download/Publications/2017/Utilising-BIM-for-NRAs-TR2017-05.pdf
The construction industry plays a major role in the growth and urbanization of cities and towns by providing new infrastructure and employing skilled workers. As cities rapidly expand, pressures to provide built environment spaces mount; as a result, expectations for the construction industry continue to rise. Worldwide, governments like that of India are pouring more money into major infrastructure projects such as highways, rail, urban metro, and multi-modal integrated public transportation systems. In such a context, the widespread adoption of new technology by the construction industry is highly anticipated. With improved productivity, efficiency, quality, and collaboration, industries can reap substantial economic benefits from using Industry 4.0 tools.
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https://www.adb.org/publications/adoption-of-digital-technology-at-scale-the-case-of-india-s-digital-evolution
Strategy for developing digital infrastructure to enhance the performance of cities, including the use of data for urban transformation, high level data governance processes and the technical aspects of developing a smart data platform
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https://mohua.gov.in/dataSmartCities/uploads/strategy/Strategy_doc_1626620947.pdf
Standard covers the reference architecture for data exchange in smart city implementation. Covers explanation of the reference architecture, security and privacy requirements, and includes guidance on working with other open schemas and standards such as JSON
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Smart Cities – Data Exchange Framework : Part 1 Reference Architecture (May 2019)
High level overview of Indias smart cities project. Covers Indias overall target of developing 100 smart cities, illustrative use cases and an overview of the urban data exchange platform – the enabling technology layer,
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The India Urban Data Exchange: Overview of Rationale, Architecture and Methodology (March 2020)
presents how multidimensional technologies—3D cadastre, indoor mapping, VR/3D visualization, and BIM—can assist the development of a smart state. By enabling accurate property registration, efficient land use, and integrated infrastructure planning, these technologies address the challenges of Israel’s growing population density and complex urban environments. Adoption requires unified standards, quality control, collaboration across agencies, and workforce training. With these steps, Israel can position itself as a global leader in smart governance and digital land management.
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https://www.gov.il/BlobFolder/news/new_legislations_3d/he/Building_regulations_yaron_plus-multidimensional_tech_as_infrastructure.pdf?utm_source
