We propose a cost-based query-adaptive clustering solution for multidimensional objects with spatial extents to speed-up execution of spatial range queries (e.g., intersection, containment). Our work was motivated by the emergence of many SDI applications (Selective Dissemination of Information) bringing out new real challenges for the multidimensional data indexing. Our clustering method aims to meet several application requirements such as scalability (many objects with many dimensions and with spatial extents), search performance (high rates of spatial range queries), update performance (frequent object insertions and deletions), and adaptability (to object and query distributions and to system parameters). In this context, the existing ...
Workload-aware physical data access structures are crucial to achieve short response time with (expl...
In a geometric k-clustering problem the goal is to partition a set of points in R^d into k subsets s...
Besides traditional domains (e.g., resource allocation, data mining applications), algorithms for me...
We propose a cost-based query-adaptive clustering solution for multidimensional objects with spatial...
http://www.springerlink.com/We present a cost-based adaptive clustering method to improve average pe...
Indexing high dimensional data has its utility in many real world applications. Especially the infor...
During the last decade various spatial data structures have been designed and compared against each ...
The efficient indexing and searching of complex data is an increasing need in order to face the size...
Global clustering has rarely been investigated in the area of spatial database systems although dram...
International audienceHigh-dimensional clustering is a method that is used by some content-based ima...
High-dimensional indexing is an important area of current re-search, especially for range and kNN qu...
avec un modele de coût adaptatif aux requêtes (Cost-based query-adaptive clustering for multidimen...
The use of index structures can increase the performance of query processing. However, the index str...
A range aggregate query returns summarized information about the points falling in a hyper-rectangle...
abstract: The spatial databases are used to store geometric objects such as points, lines, polygons....
Workload-aware physical data access structures are crucial to achieve short response time with (expl...
In a geometric k-clustering problem the goal is to partition a set of points in R^d into k subsets s...
Besides traditional domains (e.g., resource allocation, data mining applications), algorithms for me...
We propose a cost-based query-adaptive clustering solution for multidimensional objects with spatial...
http://www.springerlink.com/We present a cost-based adaptive clustering method to improve average pe...
Indexing high dimensional data has its utility in many real world applications. Especially the infor...
During the last decade various spatial data structures have been designed and compared against each ...
The efficient indexing and searching of complex data is an increasing need in order to face the size...
Global clustering has rarely been investigated in the area of spatial database systems although dram...
International audienceHigh-dimensional clustering is a method that is used by some content-based ima...
High-dimensional indexing is an important area of current re-search, especially for range and kNN qu...
avec un modele de coût adaptatif aux requêtes (Cost-based query-adaptive clustering for multidimen...
The use of index structures can increase the performance of query processing. However, the index str...
A range aggregate query returns summarized information about the points falling in a hyper-rectangle...
abstract: The spatial databases are used to store geometric objects such as points, lines, polygons....
Workload-aware physical data access structures are crucial to achieve short response time with (expl...
In a geometric k-clustering problem the goal is to partition a set of points in R^d into k subsets s...
Besides traditional domains (e.g., resource allocation, data mining applications), algorithms for me...