Abstract. Digital maps provide altitude data for regions on Earth. The amount of data to be processed increases with O(n2) complexity when resolution detail of the map in use increases. As the storage and processing capacity of handheld mobile devices are very limited compared to regular computer systems, the amount of data that can be stored in the device memory is also much less than of more complex computer systems. DTED Level 0 data provides approximately 1km resolution of elevation data which requires smaller storage space. The points in between the sampled points can be interpolated making use of the interpolation algorithms, with the addition of two sets of extra points whose coordinates are determined according to the existing sampl...
Original scientific paper Despite the modern technological advancements, contemporary methods of dat...
A method of extracting bare-earth points from photogrammetric point clouds by partially using an exi...
One of the most important scientific challenges of digital elevation modeling is the development of ...
For geographical applications such as run-off models, 3D visualisation, simulations and visibility a...
In the paper is described the process of creating digital terrain models (DTM) using different inter...
This study proposes the generation of Digital Elevation Model (DEM) with spatial resolution of 10m x...
This study investigates the accuracy analysis of the digital elevation model (DEM) with respect to t...
It is common to generate digital elevation models (DEMs) from aerial laser scanning (ALS) data. Howe...
It is common to generate digital elevation models (DEMs) from aerial laser scanning (ALS) data. Howe...
There is no doubt that the tremendous development of information technology was one of the driving f...
In this paper we discuss performances of various interpolation methods used to generate a precise di...
In this paper we discuss performances of various interpolation methods used to generate a precise di...
A digital elevation model (DEM), which is used to represent a terrain surface, is normally construct...
Although accuracy of digital elevation models (DEMs) can be quantified and measured in different way...
A comparision of interpolation methods for producing digital elevation models at the field scale Int...
Original scientific paper Despite the modern technological advancements, contemporary methods of dat...
A method of extracting bare-earth points from photogrammetric point clouds by partially using an exi...
One of the most important scientific challenges of digital elevation modeling is the development of ...
For geographical applications such as run-off models, 3D visualisation, simulations and visibility a...
In the paper is described the process of creating digital terrain models (DTM) using different inter...
This study proposes the generation of Digital Elevation Model (DEM) with spatial resolution of 10m x...
This study investigates the accuracy analysis of the digital elevation model (DEM) with respect to t...
It is common to generate digital elevation models (DEMs) from aerial laser scanning (ALS) data. Howe...
It is common to generate digital elevation models (DEMs) from aerial laser scanning (ALS) data. Howe...
There is no doubt that the tremendous development of information technology was one of the driving f...
In this paper we discuss performances of various interpolation methods used to generate a precise di...
In this paper we discuss performances of various interpolation methods used to generate a precise di...
A digital elevation model (DEM), which is used to represent a terrain surface, is normally construct...
Although accuracy of digital elevation models (DEMs) can be quantified and measured in different way...
A comparision of interpolation methods for producing digital elevation models at the field scale Int...
Original scientific paper Despite the modern technological advancements, contemporary methods of dat...
A method of extracting bare-earth points from photogrammetric point clouds by partially using an exi...
One of the most important scientific challenges of digital elevation modeling is the development of ...