© Springer-Verlag Berlin Heidelberg 1997.In multimedia databases spatial or high-dimensional data manipulation is important for storage and retrieval. In this study, we introduce a new file structure called Spatial Grid File. This file enables us to index data objects by different and independent high-dimensional attributes. And, with it, well-known spatial query types, such as range queries, nearest neighbor queries and spatial join operations can be efficiently performed. Although the performance of the Spatial-Grid file structure is based on the indexing methods used, it has a unique feature of combining set of spatial data each having different properties. Furthermore, this file structure is very suitable for parallelization
Database systems can be effective only if the data are properly handled at the physical level. There...
This paper introduces a spatial indexing structure that adjusts itself so as to provide faster acces...
Summarization: Similarity indexing using Spatial Access Methods (SAMs) like e.g., R-trees, assumes t...
In multimedia databases spatial or high-dimensional data manipulation is important for storage and ...
A multimedia object is represented by several kinds of feature vectors which are (semi)-automaticall...
Abstract—In recent years, spatial applications have become more and more important in both scientifi...
We propose a file structure to index high-dimensionality data, typically, points in some feature spa...
Spatial data are complex and have spatial components and uncertain properties. It is important to de...
Spatial region queries are more and more widely used in web-based applications. Mechanisms to provid...
We present a new dynamic index structure for multidimensional data. The considered index structure i...
Over the years database management systems have evolved to include spatially referenced data. Becaus...
Spatial database management deals with the storage, indexing, and querying of data with spatial feat...
Large image and spatial databases are becoming more important in applications such as image archives...
During the last decade, multimedia databases have become increasingly important in many application ...
Support for efficient spatial data storage and retrieval have become a vital component in almost all...
Database systems can be effective only if the data are properly handled at the physical level. There...
This paper introduces a spatial indexing structure that adjusts itself so as to provide faster acces...
Summarization: Similarity indexing using Spatial Access Methods (SAMs) like e.g., R-trees, assumes t...
In multimedia databases spatial or high-dimensional data manipulation is important for storage and ...
A multimedia object is represented by several kinds of feature vectors which are (semi)-automaticall...
Abstract—In recent years, spatial applications have become more and more important in both scientifi...
We propose a file structure to index high-dimensionality data, typically, points in some feature spa...
Spatial data are complex and have spatial components and uncertain properties. It is important to de...
Spatial region queries are more and more widely used in web-based applications. Mechanisms to provid...
We present a new dynamic index structure for multidimensional data. The considered index structure i...
Over the years database management systems have evolved to include spatially referenced data. Becaus...
Spatial database management deals with the storage, indexing, and querying of data with spatial feat...
Large image and spatial databases are becoming more important in applications such as image archives...
During the last decade, multimedia databases have become increasingly important in many application ...
Support for efficient spatial data storage and retrieval have become a vital component in almost all...
Database systems can be effective only if the data are properly handled at the physical level. There...
This paper introduces a spatial indexing structure that adjusts itself so as to provide faster acces...
Summarization: Similarity indexing using Spatial Access Methods (SAMs) like e.g., R-trees, assumes t...