As more data-intensive applications emerge, advanced retrieval semantics, such as ranking and skylines, have attracted attention. Geographic information systems are such an application with massive spatial data. Our goal is to efficiently support skyline queries over massive spatial data. To achieve this goal, we first observe that the best known algorithm VS(2), despite its claim, may fail to deliver correct results. In contrast, we present a simple and efficient algorithm that computes the correct results. To validate the effectiveness and efficiency of our algorithm, we provide an extensive empirical comparison of our algorithm and VS(2) in several aspects.1111sciescopu
Given a set of multidimensional data points, skyline queries retrieve those points that are not domi...
Skyline queries ask for a set of interesting points from a potentially large set of data points. If ...
Skyline query processing has recently received a lot of attention in database community. Given a set...
Abstract- Spatial database systems manage large collections of geographic entities, which apart from...
Data retrieval from a huge spatial database has been the subject of research fields including databa...
Skyline queries have gained attention lately for supporting effective retrieval over massive spatial...
Skyline queries enable satisfying search results by delivering best matches, even if the filter crit...
With the emergence of location-aware mobile device technologies, communication technologies and GPS ...
The literature on skyline algorithms has so far dealt mainly with queries of static query points ove...
Skyline queries which received an interesting attention to the database and data mining field and it...
International audienceWe present a dimension indexing based algorithm for skyline computation. We fi...
Abstract — Query processing for location based services increased more attention due to the consider...
The skyline of a set of d-dimensional points contains the points that are not dominated by any other...
The skyline of a set of d-dimensional points contains the points that are not dominated by any other...
Abstract — The literature on skyline algorithms has so far dealt mainly with queries of static query...
Given a set of multidimensional data points, skyline queries retrieve those points that are not domi...
Skyline queries ask for a set of interesting points from a potentially large set of data points. If ...
Skyline query processing has recently received a lot of attention in database community. Given a set...
Abstract- Spatial database systems manage large collections of geographic entities, which apart from...
Data retrieval from a huge spatial database has been the subject of research fields including databa...
Skyline queries have gained attention lately for supporting effective retrieval over massive spatial...
Skyline queries enable satisfying search results by delivering best matches, even if the filter crit...
With the emergence of location-aware mobile device technologies, communication technologies and GPS ...
The literature on skyline algorithms has so far dealt mainly with queries of static query points ove...
Skyline queries which received an interesting attention to the database and data mining field and it...
International audienceWe present a dimension indexing based algorithm for skyline computation. We fi...
Abstract — Query processing for location based services increased more attention due to the consider...
The skyline of a set of d-dimensional points contains the points that are not dominated by any other...
The skyline of a set of d-dimensional points contains the points that are not dominated by any other...
Abstract — The literature on skyline algorithms has so far dealt mainly with queries of static query...
Given a set of multidimensional data points, skyline queries retrieve those points that are not domi...
Skyline queries ask for a set of interesting points from a potentially large set of data points. If ...
Skyline query processing has recently received a lot of attention in database community. Given a set...