Quality or Quantity: The Role of Representation in Archaeological Architecture

Bianchini, Carlo; Heß, Michael Reinhard; Inglese, Carlo; Ippolito, Alfonso

doi:10.1007/978-3-319-67026-3_16

Cited by 2 publications

(2 citation statements)

References 8 publications

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“…In this field, the 3D point cloud is transformed into a set of 2D models-plans, elevations, and vertical sections-derived from an interpretation of the object aimed to recognize the "syntax" of the building [31]. What is than represented through 2D models is the result of this interpretation considering a certain scale of representation with which a certain level of uncertainty is associated.…”

Section: The "Black Box" Modelling Approachmentioning

confidence: 99%

HBIM Meta-Modelling: 50 (and More) Shades of Grey

Attenni

Bianchini

Griffo

et al. 2022

IJGI

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The paper aims at investigating modelling strategies in HBIM context to identify at what extent the final use of the model might affects, or should affect, the modelling approach itself. Moreover, the discussion wants to shed light on the possibility of connecting in just one digital environment several instances connected to the building. These aims will be discussed presenting and evaluating two different modelling approaches: the “black box” modelling and the “white box” model-ling. The two terms are partially borrowed from computer science to explain two types of testing. The “black box” testing is performed without any preliminary knowledge about the system functionality and internal components; on the contrary, the “white box” testing, implies a full knowledge of the system. These two approaches will be compared to two ways of conceiving a building information model. In conclusion, the paper will investigate the possibility to integrate in just one model, the grey box model, the two ones previously discussed.

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Section: The "Black Box" Modelling Approachmentioning

confidence: 99%

HBIM Meta-Modelling: 50 (and More) Shades of Grey

Attenni

Bianchini

Griffo

et al. 2022

IJGI

View full text Add to dashboard Cite

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“…The experimentation presented here intends to evaluate the relationship between the data capture stage of quantitative data production and the qualitative data extraction by emphasizing to what extent the first affects the second [Bianchini et al 2017a]. The present study has been conducted on a selection of fountains (and their urban context) in Rome and is considered meaningful from a morphological, symbolic and -concerning the fountains -a decorative point of view.…”

Section: Introductionmentioning

confidence: 99%

Flexibility of Dense 3D Data Capture

Attenni

Griffo

Inglese

et al. 2021

SDH

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The knowledge and study of built heritage is now deeply connected to methodologies associated with the capture of surface details via the production of point-data. These methodologies enable researchers to gather a wider range of information, which is increasingly more connected to technological advances. Such approaches influence the management of data, and these data are often redundant due to the ways in which they are captured. Massive data capture does not include preliminary selection based on metric, geometric, and material features of the object. A multi-scalar approach, in which the criteria for data capture depends on the goals of the survey, is needed to optimize the relationship between information and the scale of the models to be built. This case study involving a selection of fountains in Rome aims to apply these principles to urban contexts defined by a strong spatial connection between architectural and sculptural elements. Survey can express this distinctiveness through complex, dynamic, and effective digital models.

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Quality or Quantity: The Role of Representation in Archaeological Architecture

Cited by 2 publications

References 8 publications

HBIM Meta-Modelling: 50 (and More) Shades of Grey

HBIM Meta-Modelling: 50 (and More) Shades of Grey

Flexibility of Dense 3D Data Capture

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