Add to ORKGThe architecture and the role of Geographic Information Systems (GIS) are rapidly changing. Two strong tendencies can be observed in the GIS developments: 1) Database Management Systems (DBMS) offer integrated maintenance of geometric and semantic information (Oosterom et al., 2002, Zlatanova et al., 2002) and 2) the performance of DBMS has bee
Databases are computer systems designed to store information in a systematic way so that their conte...
Geographic Information Systems (GIS) are tools for acquiring, managing, analyzing and presenting in ...
Currently, variety of software is already capable of handling a wide range of spatial problems, begi...
GIS has become a sophisticated system for handling spatial and thematic information of real world sp...
The widening of the Geographic Information Systems (GIS) fields of application, led by the advances ...
Geo-DBMSs make it possible to manage large spatial datasets in databases that can be accessed by mul...
Spatial data used in GISs is often part of a complete workflow. Therefore in many organizations ther...
While most current Geographical Information Systems (GIS) are 2D GIS, more and more application doma...
Increasing number of applications need more advanced tools for representing and analysing the 3D wor...
The architecture of Geographic Information Systems (GISs) is changing: more and more the systems are...
Very early attempts to build GIS began from scratch, using limited tools like operating systems & co...
Big data collections in many scientific domains have inherently rich spatial and geo-spatial feature...
Spatial Databases is the first unified, in-depth treatment of special techniques for dealing with sp...
Spatial Databases is the first unified, in-depth treatment of special techniques for dealing with sp...
Archaeologists deal with very inhomogeneous data that includes qualitative and quantitative, spatial...
Databases are computer systems designed to store information in a systematic way so that their conte...
Geographic Information Systems (GIS) are tools for acquiring, managing, analyzing and presenting in ...
Currently, variety of software is already capable of handling a wide range of spatial problems, begi...
GIS has become a sophisticated system for handling spatial and thematic information of real world sp...
The widening of the Geographic Information Systems (GIS) fields of application, led by the advances ...
Geo-DBMSs make it possible to manage large spatial datasets in databases that can be accessed by mul...
Spatial data used in GISs is often part of a complete workflow. Therefore in many organizations ther...
While most current Geographical Information Systems (GIS) are 2D GIS, more and more application doma...
Increasing number of applications need more advanced tools for representing and analysing the 3D wor...
The architecture of Geographic Information Systems (GISs) is changing: more and more the systems are...
Very early attempts to build GIS began from scratch, using limited tools like operating systems & co...
Big data collections in many scientific domains have inherently rich spatial and geo-spatial feature...
Spatial Databases is the first unified, in-depth treatment of special techniques for dealing with sp...
Spatial Databases is the first unified, in-depth treatment of special techniques for dealing with sp...
Archaeologists deal with very inhomogeneous data that includes qualitative and quantitative, spatial...
Databases are computer systems designed to store information in a systematic way so that their conte...
Geographic Information Systems (GIS) are tools for acquiring, managing, analyzing and presenting in ...
Currently, variety of software is already capable of handling a wide range of spatial problems, begi...