Data


A data integration concept for an interdisciplinary research database

Abstract

This paper presents an overview of the current state of development of an archaeological and a palaeoenvironmental data model for an interdisciplinary research database. The models are constructed iteratively by integrating heterogeneous data and adjusting the model where necessary. The integration concept is an iterative approach which combines several techniques for data model development, including semantic and syntactic integration and alignment, as well as semantic data linkage with external knowledgebases and models. The goal is to provide integrated spatio-temporal access to an existing wealth of data to facilitate research on the integrated data basis.

Resources

pdf GI_Zeitgeist.pdf Accessed 153 times | Last updated 23.11.2012

Bibliography

Willmes, C. and Bareth, G. (2012): A data integration concept for an interdisciplinary research database. In: Proceedings of the Young Researchers forum on Geographic Information Science - GI Zeitgeist, ifgiPrints 44, Münster, Germany, March 2012, ISBN: 978-3-89838-663-0, Akademische Verlagsgesellschaft AKA, Heidelberg, pp. 67 - 72.

Authors Christian Willmes and Georg Bareth
Type inproceedings
Title A data integration concept for an interdisciplinary research database
Citation Willmes, C. and Bareth, G. (2012): A data integration concept for an interdisciplinary research database. In: Proceedings of the Young Researchers forum on Geographic Information Science - GI Zeitgeist, ifgiPrints 44, Münster, Germany, March 2012, ISBN: 978-3-89838-663-0, Akademische Verlagsgesellschaft AKA, Heidelberg, pp. 67 - 72.
Booktitle Proceedings of the Young Researchers forum on Geographic Information Science - GI Zeitgeist
Year 2012
Volume 44
Pages 67-72
Editor A. Degbelo and J. Brink and C. Stasch and M. Chipofya and T. Gerkensmeyer and M. I. Humayun and J. Wang and K. Brolemann and D. Wnag and M. Eppe and J. H. Lee
Publisher Akademische Verlagsgesellschaft AKA
Series ifgiPrints
Address Münster, Heidelberg
Export BibTeX
Back to dataset list