Abstract

This research work addresses a strategy for design and building of a comprehensive architecture to satisfy many information management requirements for Large and Distributed Multimedia Data. The paper proposes a unified model for designing multimedia data types which includes data representatives, content representatives. The proposed approach discusses several database architectures and user access mechanisms for data storage, efficient searching and fast retrieving of large and distributed multimedia data. The paper focused on the structure designing the data type which provides support for content based retrieval of multimedia data. The Query Language is an extension of a traditional query language which allows restrictions to be expressed on features, concepts of object of multimedia data

References

• Papiani, M. , Hey, A. J. G. and Hockney, R. W. The Graphical Benchmark Information Service. Scientific Programming, Vol. 4(4), 1995, 219-227.
• Alexander P. Pons, Hassan Aljifri , Handling Unstructured Data Type in DB2 and Oracle, Communications of the International Information Management Association, Volume 3 Issue 2
• Papiani, M. , Hey, A. J. G. and Hockney, R. W. The Graphical Benchmark Information Service. Scientific Programming, Vol. 4(4), 1995, 219-227.
• Hockney, R. , W. The Science of Computer Benchmarking, Philadelphia, USA, SIAM, 1996, 104-115. ISBN 0-89871-363-3.
• Papiani, M. , Dunlop, A. , N. and Hey, A. , J. , G. Automatic Web Interfaces and Browsing for Object-Relational Databases. Advances in Databases: Proceedings of the 15th British National Conference on Databases, BNCOD15, London, 7-9th July, 1997, 131-2.
• Dunlop, A. , N. , Papiani, M. and Hey. A. J. G. Providing Access to a Multimedia Archive Using the World-Wide Web and an Object-Relational Database Management System. IEE Computing & Control Engineering Journal, Vol. 7(5), October 1996, 221-6.
• Papiani, M. , Wason, J. , L. and Nicole, D. , A. An Architecture for Management of Large, Distributed, Scientific Data Using SQL/MED and XML. Proceedings of the 7th International Conference on Extending Database Technology (EDBT), Konstanz, Germany, March, 2000, 447-61.
• Papiani, M. , Wason, J. , L. , Dunlop, A. , N. and Nicole, D. , A. A Distributed Scientific Data Archive Using the Web, XML and SQL/MED. ACM SIGMOD Record, Vol. 28(3), September, 1999, 56-62.
• Davidson, J. , D. , and Ahmed, S. Java Servlet API Specification, Version 2. 1a, November, 1988. http://java. sun. com/products/servlet/index. html
• Orfali, R. and Harkey, D. Client/Server Programming with JAVA and CORBA, 2nd edn, John Wiley & Sons, Inc. , 1998, 1022pp.
• Del Bimbo, A. (2001): Visual Information Retrieval, Morgan Kaufmann Publishers. San Francisco USA
• Faloutsos, C. (2005): Searching Multimedia Databases by Content. Springer Gevers, T. , Smeulders, W. M. (1999): Color-based object recognition. Pattern Recognition. 32, 453- 464
• Gevers, T. (2001). Color in Image Search Engines. Principles of Visual Information Retrieval. Springer-Verlag, London
• Gevers, T. , Smeulders, W. M. (1999): Color-based object recognition. Pattern Recognition. 32, 453- 464
• B. Phillips, Mediaway presses access to multimedia database. PC Week, 13(7), 1996, 39-40.
• D. Woelk, W. Kim, & W. Luther, An object-oriented approach to multimedia databases. ACM SIGMOD, Record, 15(2), 1986, 311-325
• Setrag Khoshafian, Surapol Dasananda, & Norayr Minaasian, The Jasmine Object Database: Multimedia Applications for the Web (Morgan Kaufmann Publishers, 1998).