Examples of using Terrain models in English and their translations into German
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Preparation of digital terrain models.
All tout terrain models are designed for a suspension fork.
OsgEarth makes is easy to deploy scalable terrain models.
Create terrain models- either offline, or dynamically at run-time.
A LIDAR system isused exclusively to record altitude information for terrain models.
Use terrain models and hydraulic simulation to assess network performance and create 3D models. .
However, risk modelling can be smoothly carried out with any terrain models.
Digital terrain models and slope angle maps derived from them, can be a very practical aid for planning safe backcountry tours.
The system does not require hydrological and meteorological baseline data;it builds on a statistical analysis of terrain models.
Digital terrain models are derived from this image data, which allow the computation of perspective views of the Martian landscape.
Are you looking for a professional solution for creating orthophotos, terrain models, point clouds or 3D models by using photogrammetry?
Such terrain models are useful for answering scientific questions but are also used for the characterisation of potential landing sites.
Using the High Resolution Stereo Camera(HRSC), digital terrain models can be derived that illustrate the topography of the region using false colours.
Above all, terrain models allow presentations of geo-scientific themes to be brought to life, from classical block depiction through to various opening or movable possibilities.
We will calibrate the images, put together mosaics and terrain models, and then make the products available to the public and the scientific community.
LiDAR, also known as Light Detection and Ranging, allows terrestrial, airborne, or mobile scanning,provides detailed digital terrain models, and records landscapes in 3D.
Using the HRSC stereo camera, digital terrain models can be derived that illustrate the topography of the region using false colours.
LUCAS is modern in its conception and is able to integrate recent working techniques such as Geographic Information Systems(GIS),satellite positioning and digital terrain models, satellite imaging and orthophotography.
The advanced 3D software allows you to create simple terrain models directly in the control panel- a new feature providing great flexibility in the field.
Digital terrain models of the Martian surface with an accuracy of up to 10 metres per picture element(pixel) can be generated from the nadir channel, directed vertically onto the Martian surface, and the stereo channels of the DLR-operated HRSC camera.
The"Advanced Scoring" module for MiniGIS allows you to load digital terrain models and georeferenced multispectral orthophotos of your parcel trials.
Conventionally generated terrain models, which are produced by laser scanners, automatic measuring robots or manned aircraft, are very time consuming and therefore very expensive.
The most important products resulting from these missions are calibrated SAR images,digital terrain models, and ground movement maps for science and commercial users.
Compose aerial imagery, digital terrain models, land use maps, and transportation layouts to develop a base model of your project site to begin the design process.
However, the next few years should see the gradual development within the environmentalfield of satellite imaging combined with Digital Terrain Models(DTM) and geocoded data from exogenous sources, as well as the development of the remote monitoring of land cover trends.
By utilizing applications for data acquisition, creating terrain models, and analyzing geospatial information, you can optimize the lifecycle of your corridor.
The calculation of the hiking time(in hours and minutes)is based on the altitudes or terrain models of swisstopo and a calculation model by the Swiss Hiking Trail Federation.
Data acquisition; emphasis will be on topography(digital terrain models, hydrological network) and land cover at a scale appropriate to support decision making from local to EU+15 scale.
Furthermore, it has been very interesting for me to learn about topics like digital terrain models, data management, software and firmware, telematics, sensors, and GNSS technology among others.
The project aims, using autonomous flying drones,to create 3D digital terrain models of landfills and underground structures, which have the same accuracy as terrestrial generated models. .

