Spatial DMBS Architecture for a Free and Open Source Bim

Logothetis, S.; Valari, E.; Karachaliou, E.; Stylianidis, Efstratios

doi:10.5194/isprs-archives-xlii-2-w5-467-2017

Cited by 13 publications

(8 citation statements)

References 14 publications

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“…In line with Quattrini et al they advocate the potential of web-based game engines to accelerate the availability of more affordable and accessible tools [30]. [31]. To this end, it is clear that survey data as well as the means to deliver it must be made readily available notwithstanding professional concerns of liability that have traditionally resulted in standard statements on architects' drawings such as "all dimensions to be checked on site".…”

Section: Accessibility and Interoperabilitymentioning

confidence: 94%

Networking Historic Environmental Standards to Address Modern Challenges for Sustainable Conservation in HBIM

et al. 2020

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Featured Application: For optimizing the conservation planning and considerations for efficient refurbishment of early twentieth century public Buildings in the UK.Abstract: Awareness of the logic and context of original (and subsequent) design priorities is critical to informing decisions relating to valorisation, repair, refurbishment, energy retrofit or re-use of built heritage. A key benefit of collating data through Historic Building Information Modelling (HBIM) should be to assist others facing similar challenges. Here, examples for sharing understanding of how components belong to a system are outlined in the context of a newly completed dataset of public library buildings in the UK funded by Andrew Carnegie, predominantly built between 1900 and 1914. Demands for the functionality and economy of public library buildings, coupled with the emergent standardisation of building components at the time, provide a specific condition with potential for further iteration to other buildings of the period or related typologies. The work highlights the urgency of providing cost-efficient knowledge sharing structures in an era of altered priorities with respect to energy use for modern heritage. We propose the means for mapping common features to network knowledge amongst stakeholders through relevant open source pathways. The results demonstrate that integrating geographic approaches to knowledge sharing in HBIM with environmental considerations also supports wider questions of risk management related to the stewardship of historic buildings in the context of climate change.

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Section: Accessibility and Interoperabilitymentioning

confidence: 94%

Networking Historic Environmental Standards to Address Modern Challenges for Sustainable Conservation in HBIM

et al. 2020

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“…It means, for example, that a built archaeologist and an architect will not segment a building in the same way. Therefore, the information structuration is greatly complexified to manage all viewpoints [33]. Some projects tried to face this problem [34][35][36][37][38], the most efficient application rely on data structure managing temporal information [39] or not that are not directly related to BIM information structure but on ontologies [40], relational databases [41,42] or NoSQL data structures [43].…”

Section: Heritage Bim and Its Limitationmentioning

confidence: 99%

A Built Heritage Information System Based on Point Cloud Data: HIS-PC

Poux

Billen

Kasprzyk

et al. 2020

IJGI

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The digital management of an archaeological site requires to store, organise, access and represent all the information that is collected on the field. Heritage building information modelling, archaeological or heritage information systems now tend to propose a common framework where all the materials are managed from a central database and visualised through a 3D representation. In this research, we offer the development of a built heritage information system prototype based on a high-resolution 3D point cloud data set. The particularity of the approach is to consider a user-centred development methodology while avoiding meshing/down-sampling operations. The proposed system is initiated by a close collaboration between multi-modal users (managers, visitors, curators) and a development team (designers, developers, architects). The developed heritage information system permits the management of spatial and temporal information, including a wide range of semantics using relational along with NoSQL databases. The semantics used to describe the artifacts are subject to conceptual modelling. Finally, the system proposes a bi-directional communication with a 3D interface able to stream massive point clouds, which is a big step forward to provide a comprehensive site representation for stakeholders while minimising modelling costs.

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“…This possibility could include the modification of the definitions of building entities and architectural roles and definitions depending on the project needs and depending on IFC schema limitations and standard regulation. Moreover, the creation of a relational database (created extracting data form IFC models), over the well-known benefits regarding the common recovery of the backup data (Logothetis et al, 2017) is fundamental to collect and query geometric and alphanumeric data (like stratigraphic unit analysis) that can be used to design and manage future interventions, to document the actual condition, to recreate previous situations of the object . The complete analysis of a Cultural Heritage context could be carried out by interacting the extracted data form an IFC model (entities, elements, geometry, materials, etc.)…”

Section: A Not Convetional Hbimmentioning

confidence: 99%

Evaluation of an Integrative Approach Between Hbim and Architecture History

Beltramo

Diara

Rinaudo

2019

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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Abstract. Restorative and conservative operations of Cultural Heritage buildings involve the historical and objective knowledge of the context. Meaning the knowledge as a diachronic awareness of the history of buildings should help the safeguarding processes of heritage assets.The integration of historical information inside a HBIM platform involves huge benefits for the Cultural Heritage case management, its periodical monitoring operations and valorisation processes, moreover the historical evolution is correctly considered. This solution allows to maximize the comprehension and also communication of the analysed context through few simple steps as visualize, read and query in order to ensure the accuracy and quality of final data (Diara et al, 2018).This new court of methodologic cooperation will be tested on the case study of the medieval Abbey of Staffarda (CN, Italy) and its refectory in a deeper way where, thanks to recent studies, it has been possible to reconstruct analysis map for a complete vision of the church and the Abbey’s complex as well (Beltramo et al, 2019).

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Spatial DMBS Architecture for a Free and Open Source Bim

Cited by 13 publications

References 14 publications

Networking Historic Environmental Standards to Address Modern Challenges for Sustainable Conservation in HBIM

Networking Historic Environmental Standards to Address Modern Challenges for Sustainable Conservation in HBIM

A Built Heritage Information System Based on Point Cloud Data: HIS-PC

Evaluation of an Integrative Approach Between Hbim and Architecture History

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