Three-dimensional (3D) raster are simple representations, which have long been used for modelling continuous phenomena such as geological and medical objects. However, they can result in large data sets when high resolution is used, which poses challenges to algorithms for vector-to-raster conversion and data storage. This paper presents a research towards developing generic techniques and tools for efficient storage, management, and analysis of 3D spatial data types in the context of the column-store database system MonetDB. This paper focus on some issues in converting vector to raster data models in 3D spaces
The efficient management of very large spatial raster objects is becoming an important new feature o...
The efficient raster data management on very large raster or raster mosaics is becoming more and mor...
Geo-DBMSs make it possible to manage large spatial datasets in databases that can be accessed by mul...
Three-dimensional (3D) raster are simple representations, which have long been used for modelling co...
This paper examines the characteristics of vector and raster databases and compares the application ...
The developments in DBMSs are quite significant in the last several years. Mainstream DBMSs (Oracle,...
While most current Geographical Information Systems (GIS) are 2D GIS, more and more application doma...
Next generation of geo-DBMS would be given attention on extending its dimensionality and functionali...
Database management system have significantly changed in the last several years from a system dealin...
The developments in DBMSs are quite significant in the last several years. Mainstream DBMSs (Oracle,...
Nowadays a real effort is devoted to the formalization of raster – image – geographic information. F...
GISs are changing from static modeling in 2D to dynamic modeling in multi-dimensions. Yet, it will t...
Subdivision of land parcels in the vertical space has made it necessary for cadastral jurisdictions ...
Geographic Information Systems (GIS) may have become a common solution for managing urban data, but ...
Currently, a variety of software is capable of handling a wide range of spatial problems, beginning ...
The efficient management of very large spatial raster objects is becoming an important new feature o...
The efficient raster data management on very large raster or raster mosaics is becoming more and mor...
Geo-DBMSs make it possible to manage large spatial datasets in databases that can be accessed by mul...
Three-dimensional (3D) raster are simple representations, which have long been used for modelling co...
This paper examines the characteristics of vector and raster databases and compares the application ...
The developments in DBMSs are quite significant in the last several years. Mainstream DBMSs (Oracle,...
While most current Geographical Information Systems (GIS) are 2D GIS, more and more application doma...
Next generation of geo-DBMS would be given attention on extending its dimensionality and functionali...
Database management system have significantly changed in the last several years from a system dealin...
The developments in DBMSs are quite significant in the last several years. Mainstream DBMSs (Oracle,...
Nowadays a real effort is devoted to the formalization of raster – image – geographic information. F...
GISs are changing from static modeling in 2D to dynamic modeling in multi-dimensions. Yet, it will t...
Subdivision of land parcels in the vertical space has made it necessary for cadastral jurisdictions ...
Geographic Information Systems (GIS) may have become a common solution for managing urban data, but ...
Currently, a variety of software is capable of handling a wide range of spatial problems, beginning ...
The efficient management of very large spatial raster objects is becoming an important new feature o...
The efficient raster data management on very large raster or raster mosaics is becoming more and mor...
Geo-DBMSs make it possible to manage large spatial datasets in databases that can be accessed by mul...