Geospatial information systems provide users with both absolute and relative locations of objects and their associated attributes. Partly, and to achieve this, the users need to use different geospatial data sets from various sources. The problem is that, there will inevitable exists some geometrical mismatch between these datasets and thus making it difficult to fit the data sets exactly with each other. This paper develops a conceptual mechanism for geospatial data integration that can identify, compare, determine differences and adjust spatial geometries of objects for information management.
International audienceAlthough research in data integration has become one ofthe main issues in [6],...
We live in a world that is increasingly dominated by Information Technology, where databases are con...
Geographic information has been traditionally produced by mapping agencies and corporations, using h...
With the expeditious development in Geographic Information System (GIS) and their applications, lead...
This is a preprint of a paper from 11th AGILE 2008 Conference on GI Science, 5th-8th May 2008. htt...
Spatial data used in GISs is often part of a complete workflow. Therefore in many organizations ther...
In this chapter, we start from the typical concepts from Geographic Information System (GIS): data r...
The availability of 3D geodata is increasing tremendously. However, there is still a lack of appropr...
© 2010 Taylor & Francis. Publisher’s version is restricted access in accordance with the publisher’s...
integration, management Geospatial datasets are collected from a huge variety of sources, including ...
Huge amounts of spatial data have been accumulated by government agencies and other organizations fo...
A Geographic Information System (GIS) is used to handle, analyse and visualize facts of the real ...
The geosciences, and particularly those involved in resource evaluation, are confronted with data ha...
Copyright confirmation in progress. Any queries to umer-enquiries@unimelb.edu.auIntroduction ...
Geographic information systems (GIS) deal with collecting, modeling, man- aging, analyzing, and inte...
International audienceAlthough research in data integration has become one ofthe main issues in [6],...
We live in a world that is increasingly dominated by Information Technology, where databases are con...
Geographic information has been traditionally produced by mapping agencies and corporations, using h...
With the expeditious development in Geographic Information System (GIS) and their applications, lead...
This is a preprint of a paper from 11th AGILE 2008 Conference on GI Science, 5th-8th May 2008. htt...
Spatial data used in GISs is often part of a complete workflow. Therefore in many organizations ther...
In this chapter, we start from the typical concepts from Geographic Information System (GIS): data r...
The availability of 3D geodata is increasing tremendously. However, there is still a lack of appropr...
© 2010 Taylor & Francis. Publisher’s version is restricted access in accordance with the publisher’s...
integration, management Geospatial datasets are collected from a huge variety of sources, including ...
Huge amounts of spatial data have been accumulated by government agencies and other organizations fo...
A Geographic Information System (GIS) is used to handle, analyse and visualize facts of the real ...
The geosciences, and particularly those involved in resource evaluation, are confronted with data ha...
Copyright confirmation in progress. Any queries to umer-enquiries@unimelb.edu.auIntroduction ...
Geographic information systems (GIS) deal with collecting, modeling, man- aging, analyzing, and inte...
International audienceAlthough research in data integration has become one ofthe main issues in [6],...
We live in a world that is increasingly dominated by Information Technology, where databases are con...
Geographic information has been traditionally produced by mapping agencies and corporations, using h...