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Automated interpretation of mobile mapping data: Object recognition in 3D point clouds of urban scenes.

Automated generation of semantic 3D building models

The ART system features a new method for validating and calibrating thermal satellite data.

The ultra-lightweight LiDAR system measures the topography of shallow waters from the air based on multi-wavelength pulsed time-of-flight measurement.

Inspecting large underwater structures over distances of several tens of meters with high-resolution.

Compact LiDAR system for high-precision 3D mapping

Efficient 3D mapping of urban surroundings by a system that combines cameras, laser scanners, positioning and orientation systems.

Small and universal tool for 3D monitoring of urban infrastructure that can be mounted on any vehicle.

Laser scanner for the 3D measurement of road surfaces.

Laser scanner for the measurement of the clearance profile from mobile platforms

Multisensor system for simultaneous recording of vertical and horizontal position of contact wires, wire wear and position of poles at driving speeds of up to 350 km/h.

Multisensor system for simultaneous recording of vertical and horizontal position of contact wires and wire wear at driving speeds of up to 60 km/h.

The laser pole detection system LPS detects and counts poles precisely along the track.

Automated and highly precise 3D measurement of track geometry based on the light section method

Optical measuring system for automated vegetation monitoring and targeted weed eliminiation.