Add to ORKGThe paper aims at the accuracy aspects of Digital Elevation Modelling, compares the most common data acquisition methods, data structures used to store elevation data and the biases that occur in extending the point data to derived information. General use techniques of interpolation will also be discussed, however, the greatest emphasis is given to the methods that are available as a pragmatic response to the wide spectrum of problems of error management
A hydrologically correct digital elevation model (DEM) forms a basis for realistic environmental mod...
Digital elevation models (dems) provide the basic information required to characterise the topograph...
A hydrologically correct digital elevation model (DEM) forms a basis for realistic environmental mod...
The paper aims at the accuracy aspects of Digital Elevation Modelling, compares the most common data...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
Users of current Digital Photogrammetric Systems (DPS) can now rapidly generate dense Digital Elevat...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
Although accuracy of digital elevation models (DEMs) can be quantified and measured in different way...
Digital topographic models are the foundation of more advanced modeling applications and ultimately ...
Digital topographic models are the foundation of more advanced modeling applications and ultimately ...
This study investigates the accuracy analysis of the digital elevation model (DEM) with respect to t...
degree of error and uncertainty. Research in uncertainty analysis has produced a vast range of metho...
The existence of elevation errors in Digital Elevation Models (DEMs) is usually ignored during spati...
A hydrologically correct digital elevation model (DEM) forms a basis for realistic environmental mod...
Digital elevation models (dems) provide the basic information required to characterise the topograph...
A hydrologically correct digital elevation model (DEM) forms a basis for realistic environmental mod...
The paper aims at the accuracy aspects of Digital Elevation Modelling, compares the most common data...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
Users of current Digital Photogrammetric Systems (DPS) can now rapidly generate dense Digital Elevat...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
Although accuracy of digital elevation models (DEMs) can be quantified and measured in different way...
Digital topographic models are the foundation of more advanced modeling applications and ultimately ...
Digital topographic models are the foundation of more advanced modeling applications and ultimately ...
This study investigates the accuracy analysis of the digital elevation model (DEM) with respect to t...
degree of error and uncertainty. Research in uncertainty analysis has produced a vast range of metho...
The existence of elevation errors in Digital Elevation Models (DEMs) is usually ignored during spati...
A hydrologically correct digital elevation model (DEM) forms a basis for realistic environmental mod...
Digital elevation models (dems) provide the basic information required to characterise the topograph...
A hydrologically correct digital elevation model (DEM) forms a basis for realistic environmental mod...