Measuring and 3D modelling of indoor spaces, a 3D point cloud dataset of a hospital ward

Measuring and 3D modelling of indoor spaces, a 3D point cloud dataset of a hospital ward

Category:
Other

Net4Age Ontology Terms:
building , city , design , housing , place , sensor , technology , usability

Description:

Scanned 3D data and techniques to do more scans and reconstruct 3D models out of them

Overview: 
Autonomous 3D Modelling of Indoor Spaces

Objectives: 
Relative positioning is mundane in geomatics for 3D point clouds obtained with a tripod and scan targets. With a continuously moving scanner, however, the situation is more complicated. Combining the best solutions from the current state of the art should provide an answer for the multitude of needs in 3D indoor modelling. Meanwhile, the best scanning accuracy is obtained from the wheeled NavVis platform, with Stencil being a good portable solution.Application examples

Initiatives: 
it gives possible awareness of the potential use of 3D scan modeling
Shortcomings: 
It is an old solution (2017) that nowadays has been repleced by more innovative technology (smartphone included)
Relevance: 
2
Relevance Description: 
Tech solution that could be used into AFE design of building and environments
Quality: 
2
Opinion: 
Useful not in the core of interest for NET4Age Friendly aims
Overlap: 
No
Overlap Detail: 
Sources: 
https://ati.ec.europa.eu/news/technology-trends-medical-devices-industry-and-related-healthcare
Keywords: 
Medical devices, Industry, Observatory, uptake of advanced technologies, entrepreneurial activities, skills supply, trends, demand-side perspective.
Email: 
oscarzanutto@gmail.com