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Extending 3D geometric file formats for geospatial applications
Christoph Praschl
*
,
Oliver Krauss
*
Corresponding author for this work
AIST
Research output
:
Contribution to journal
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Article
›
peer-review
2
Citations (Scopus)
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Keyphrases
Spatial Data
100%
File Format
100%
3D Geometric
100%
Geospatial Applications
100%
Semantic Features
50%
3D Model
25%
Outdoor Mixed Reality
25%
Geospatial
25%
Viable Solutions
25%
XML
25%
Data Representation
25%
Wavefront
25%
Meta-information
25%
Urban Planning
25%
Information Representation
25%
Exchange Format
25%
Storage Requirement
25%
Low Storage
25%
Standard File Format
25%
Storage Need
25%
Storage Overhead
25%
Diverse Needs
25%
Information Exchange Format
25%
Geometric Information
25%
Storage Constraints
25%
Multiple Files
25%
JavaScript Object Notation
25%
Urban Disaster
25%
Planning Risk
25%
Disaster Risk Management
25%
Computer Science
Data Type
100%
Semantic Feature
50%
Geospatial Data
50%
Mixed Reality
25%
Extensible Markup Language
25%
Meta Information
25%
Supported Feature
25%
Data Representation
25%
Storage Requirement
25%
Storage Overhead
25%
Geometric Information
25%
Information Representation
25%
Earth and Planetary Sciences
Exchanging
100%
Urban Planning
100%
Urban Development
100%