Mobile mapping
Mobile mapping is the process of capturing spatial data from a mobile carrier platform . For recordings of external surfaces, these can be motor vehicles , airplanes or helicopters , but also unmanned aerial vehicles (UAV) such as drones , octocopters or model helicopters. Backpacks or trolleys are used indoors. With a combination of positioning sensors ( GNSS , inertial navigation system INS , DMI, SLAM ) and measuring sensors ( laser scanners , image sensors for panoramic images , stereo images , videos , thermal and multispectral images) , this mobile carrier platform enables very powerful 3D data acquisition. The results of mobile mapping are GIS data, point clouds or digital maps as well as geo-referenced images and videos.
Applications
- Planning and documentation
- Preservation of evidence
- Surveying and mapping
- Transport infrastructure
- Inspection, monitoring and analysis
- Construction progress control
- Building information modeling
See also
Web links
- Contributions to the conference “Mobile Mapping 2013” in Muttenz, Switzerland (Published: June 19-20, 2013)
- Development of a mobile mapping system for automatic traffic sign detection, master thesis by Joel Burkhard (Published: 2009)
Individual evidence
- ↑ Steve O'Hear: German 3D Indoor Mapping And Navigation Startup NavVis Locates € 7.5M Funding. In: TechCrunch. Retrieved June 22, 2016 .