3D Coded Targets for Photogrammetric Capture

Tools

Dines, Naomi (2017) 3D Coded Targets for Photogrammetric Capture. [Art/Design Item]

Type of Research:

Art/Design Item

Creators:

Dines, Naomi

Description:

The development, design and production of innovative 3-dimensional computer-coded target devices and object supports for use in close-range photogrammetry.

A range of self-contained, scaled, multi-faceted targets that can be deployed in photogrammetric workflows to benefit capture and processing efficiency, and the accuracy and resolution of the resulting 3D models.

There is the potential to patent these devices, and facilitate their wider production using Computer-Aided-Manufacturing technology, including novel multi-material 3D printing techniques, and new engineering-grade Fused Deposition Modelling polymers.

Other Contributors:

Role	Name
Other (Prototype Engineer)	Hope, Marcus

Keywords/subjects not otherwise listed:

Digital Capture, Photogrammetry, Visual Arts, Cultural Heritage, Computer Coded Targets,

Your affiliations with UAL:

Colleges > Central Saint Martins

Date:

11 July 2017

Related Publications:

'Precious, Tiny and Shiny: Close-range photogrammetry for artists and others' - paper to be published as part of the proceedings of the International Conference: 'Electronic Visualisation and the Arts', British Computer Society, London, July 2017

Projects or Series:

Digital Creation project

Locations / Venues:

Location

From Date

To Date

British Computer Society, London, UK

11 July 2017

Material/Media:

Nylon 12, various thermoplastics

Measurements or Duration of item:

Various

Date Deposited:

07 Jul 2017 13:12

Last Modified:

07 Jul 2017 13:12

Item ID:

11228

URI:

https://ualresearchonline.arts.ac.uk/id/eprint/11228

Licences:

Development of prototype 3D computer coded target devices for photogrammetric capture :
Testing target recognition for prototype 3D coded target objects :
Photogrammetric processing of prototype 3D coded target devices :
Photogrammetric processing and automated target recognition of prototype 3D coded target objects :
Photogrammetric processing of 3D coded target and object to be captured :
Resulting 3D model of captured object and prototype 3D computer coded target :
Artefact from the Usborne collection with prototype 3D coded target objects :
Resulting mesh 3D mesh of Usborne collection artefact :
Resulting textured 3D model of Usborne collection artefact :

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