An Enhanced Framework for Improving Spatio-Temporal Queries for Global Positioning Systems

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Author(s):
Ishraq Al-Fataftah, Jalal Atoum
Published Date:
March 05, 2013
Issue:
Volume 3, Issue 2
Page(s):
11 - 21
DOI:
10.7815/ijorcs.32.2013.061
Views:
4429
Downloads:
154

Keywords:
enhanced framework, gps, spatio-temporal queries, sql server
Citation:
Ishraq Al-Fataftah, Jalal Atoum, "An Enhanced Framework for Improving Spatio-Temporal Queries for Global Positioning Systems". International Journal of Research in Computer Science, 3 (2): pp. 11-21, March 2013. doi:10.7815/ijorcs.32.2013.061 Other Formats

Abstract

To efficiently process continuous spatio-temporal queries, we need to efficiently and effectively handle large number of moving objects and continuous updates on these queries. In this paper, we propose a framework that employs a new indexing algorithm that is built on top of SQL Server 2008 and avoid the overhead related to R-Tree indexing. To answer range queries, we utilize dynamic materialized view concept to efficiently handle update queries. We propose an adaptive safe region to reduce communication costs between the client and the server and to minimize position update load. Caching of results was utilized to enhance the overall performance of the framework. To handle concurrent spatio-temporal queries, we utilize publish/subscribe paradigm to group similar queries and efficiently process these requests. Experiments show that the overall proposed framework performance was able to outperform R-Tree index and produce promising and satisfactory results.

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