25 Years of High Definition 3D Scanning: History, State of the Art, Outlook

Breuckmann, Bernd

doi:10.14236/ewic/eva2014.62

Cited by 9 publications

(7 citation statements)

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“…O primeiro digitalizador tridimensional de superfícies, de acordo com Breuckmann (2014), data do ano de 1986 e foi desenvolvido para aplicação industrial, utilizado para inspeção de superfícies e comparação de medidas. A partir da evolução das tecnologias de processamento de imagens é que ocorreram avanços nesses equipamentos, possibilitando assim sua aplicação também nas áreas médica e odontológica, como ainda no estudo das artes e do patrimônio cultural.…”

Section: Digitalização 3d E Engenharia Reversaunclassified

Digitalização 3D aplicada ao setor de gemas e joalheiro pedrista

Patzlaff¹

2021

Blucher Design Proceedings

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Section: Digitalização 3d E Engenharia Reversaunclassified

Digitalização 3D aplicada ao setor de gemas e joalheiro pedrista

Patzlaff¹

2021

Blucher Design Proceedings

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“…Some include large, freeform, flexible or fragile objects, objects with numerous features, and objects where probe contact is not feasible (e.g., rare artifacts). [ 36 ] Optical, noncontact 3D scanning is further divided into active and passive subtypes. For both subtypes, the concept is more or less the same.…”

Section: N Oncontact T Hree-dimensional mentioning

confidence: 99%

Three-dimensional Imaging and Scanning: Current and Future Applications for Pathology

Farahani

Braun

Jutt

et al. 2017

Journal of Pathology Informatics

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Imaging is vital for the assessment of physiologic and phenotypic details. In the past, biomedical imaging was heavily reliant on analog, low-throughput methods, which would produce two-dimensional images. However, newer, digital, and high-throughput three-dimensional (3D) imaging methods, which rely on computer vision and computer graphics, are transforming the way biomedical professionals practice. 3D imaging has been useful in diagnostic, prognostic, and therapeutic decision-making for the medical and biomedical professions. Herein, we summarize current imaging methods that enable optimal 3D histopathologic reconstruction: Scanning, 3D scanning, and whole slide imaging. Briefly mentioned are emerging platforms, which combine robotics, sectioning, and imaging in their pursuit to digitize and automate the entire microscopy workflow. Finally, both current and emerging 3D imaging methods are discussed in relation to current and future applications within the context of pathology.

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“…Mobile laser scanning (MLS) devices that are fitted to vehicles continuously scan whilst in motion to capture a huge volume of point data (Breuckmann, 2014;Qin and Gruen, 2014).…”

Section: Mobile Laser Scanningmentioning

confidence: 99%

“…MLS devices that are fitted to vehicles continuously scan whilst in motion to capture a huge volume of point data (Breuckmann, 2014; Qin and Gruen, 2014). Most mobile scanning devices include LiDAR capabilities to capture transport infrastructure.…”

Section: Cost Specifications and Modes Of Deliverymentioning

confidence: 99%

Vision and advocacy of optoelectronic technology developments in the AECO sector

Pärn

Edwards

2017

Built Env Proj and Ass Man

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Purpose: This research presents a literature review of laser scanning and 3D modelling devices, modes of delivery and applications within the architecture, engineering, construction and owner-operated (AECO) sector. Such devices are inextricably linked to modern digital built environment practices, particularly when used in conjunction with as-built building information modelling (BIM) development. The research also reports upon innovative technological advancements (such as machine vision) that coalesce with 3D scanning solutions. Design: A synthesis of literature is used to develop: a hierarchy of the modes of delivery for laser scan devices; a thematic analysis of 3D terrestrial laser scan technology applications; and a componential cross-comparative tabulation of laser scan technology and specifications. Findings: Findings reveal that the costly and labour intensive attributes of laser scanning devices have stimulated the development of hybrid automated and intelligent technologies to improve performance. Such developments are set to satisfy the increasing demand for digitisation of both existing and new buildings into BIM. Future work proposed will seek to: review what coalescence of digital technologies will provide an optimal and cost effective solution to accurately reconstructing the digital built environment; conduct case studies that implement hybrid digital solutions in pragmatic facilities management scenarios to measure their performance and user satisfaction; and eliminate manual remodelling tasks (such as point cloud reconstruction) via the use of computational intelligence algorithms integral within cloud based BIM platforms.Originality: Although laser scanning and 3D modelling have been widely covered en passant within the literature, scant research has conducted an holistic review of the technology, its applications and future developments. This review presents concise and lucid reference guidance that will intellectually challenge, and better inform, both practitioners and researchers.

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25 Years of High Definition 3D Scanning: History, State of the Art, Outlook

Cited by 9 publications

References 0 publications

Digitalização 3D aplicada ao setor de gemas e joalheiro pedrista

Digitalização 3D aplicada ao setor de gemas e joalheiro pedrista

Three-dimensional Imaging and Scanning: Current and Future Applications for Pathology

Vision and advocacy of optoelectronic technology developments in the AECO sector

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