A DEM is one of the most useful information for spatial modelling and monitoring. Several DEMs have been published in the public domain like SRTM and ASTER GDEM with and without considering the horizontal and vertical misallocation of single input data. Results of that are for example the inherent errors in the ASTER GDEM V1 dataset as well as the known striping in the SRTM dataset. Therefore, this abstract aims to show a method for the horizontal and vertical alignment of different DEM tiles as well as merging to create a seamless DEM
Digital Elevation Models (DEMs) represents a 3D surface model of a terrain. They are how computers s...
Abstract: We are demonstrating well-known high importance of the high quality digital elevation mode...
The existing grid-based DEM has several disadvantages in representing the features of real terrain s...
Abstract—A DEM is one of the most useful information for spatial modelling and monitoring. Several D...
Digital Elevation Models (DEMs) are used to represent the terrain in applications such as, for examp...
In recent years, collection and processing techniques for Digital Elevation Models (DEMs) generation...
In recent years, collection and processing techniques for Digital Elevation Models (DEMs)...
Digital elevation model (DEM) is used as a source of elevation data in wide range of applications. T...
r.mblend is an implementation of the MBlend method for merging Digital Elevation Models (DEMs). This...
r.mblend is an implementation of the MBlend method for merging Digital Elevation Models (DEMs). This...
In recent years, collection and processing techniques for creating digital elevation models have adv...
The registration process forms an important step in the integration of Digital Elevation Models (DEM...
In recent years, collection and processing techniques for creating digital elevation models (DEMs; d...
Digital Elevation Models (DEMs) represents a 3D surface model of a terrain. They are how computers s...
Digital Elevation Models (DEMs) represents a 3D surface model of a terrain. They are how computers s...
Digital Elevation Models (DEMs) represents a 3D surface model of a terrain. They are how computers s...
Abstract: We are demonstrating well-known high importance of the high quality digital elevation mode...
The existing grid-based DEM has several disadvantages in representing the features of real terrain s...
Abstract—A DEM is one of the most useful information for spatial modelling and monitoring. Several D...
Digital Elevation Models (DEMs) are used to represent the terrain in applications such as, for examp...
In recent years, collection and processing techniques for Digital Elevation Models (DEMs) generation...
In recent years, collection and processing techniques for Digital Elevation Models (DEMs)...
Digital elevation model (DEM) is used as a source of elevation data in wide range of applications. T...
r.mblend is an implementation of the MBlend method for merging Digital Elevation Models (DEMs). This...
r.mblend is an implementation of the MBlend method for merging Digital Elevation Models (DEMs). This...
In recent years, collection and processing techniques for creating digital elevation models have adv...
The registration process forms an important step in the integration of Digital Elevation Models (DEM...
In recent years, collection and processing techniques for creating digital elevation models (DEMs; d...
Digital Elevation Models (DEMs) represents a 3D surface model of a terrain. They are how computers s...
Digital Elevation Models (DEMs) represents a 3D surface model of a terrain. They are how computers s...
Digital Elevation Models (DEMs) represents a 3D surface model of a terrain. They are how computers s...
Abstract: We are demonstrating well-known high importance of the high quality digital elevation mode...
The existing grid-based DEM has several disadvantages in representing the features of real terrain s...