A Multi-Model Framework for Video Information Systems

• ADJEROH AND LEE (1996): Synchronisation and User Interaction in Distributed Multimedia Presentation Systems, Multimedia Database Systems, Kluwer Academic publishers, 1996.

  Google Scholar 

• AIGRAIN, P. ZHANG, H. and PETKOVIC, D. (1996): Content-Based Representation and Retrieval of Visual Media, Multimedia Tools and Applications, 3, 179–202.

  Article  Google Scholar 

• ALLEN, J.F. (1983): Maintaining knowledge about temporal intervals, Communications of the ACM, vol.26 No.11, 882–843.

  Google Scholar 

• ARMAN, DEPOMMIER, HSU, CHIU (1994): Content-based Browsing of Video Sequences, Proceeedings of ACM international Conference on Multimedia ‘84, California, 1994.

  Google Scholar 

• ARMAN, F., HSU, A., and CHIU, M.Y. (1993): Image processing on compressed data for large video databases, Proc. ACM Multimedia 93, Anaheim, California, August 1993, pp 267–272.

  Google Scholar 

• ARNHEIM, R., (1971): Film as Art, University of California Press.

  Google Scholar 

• BORDWELL, D. and THOMPSON, K. (1997): Film Art: An Introduction, 5 ^th edn.,McGraw-Hill.

  Google Scholar 

• DAVIS, M., Knowledge Representation for Video“, Proceedings of the 12th National Conference on Artificila Intelligence, AAAI, MIT Press, pp. 120127, 1994.

  Google Scholar 

• FENG, J., LO, K-T. and MEHRPOUR, H. (1996): Scene change detection algorithm for MPEG video sequence, IEEE International Conference on Image Processing (ICIP96), September 1996.

  Google Scholar 

• FLICKNER, SAWHNEY, NIBLACK, ASHLEY, HUANG, DOM, GORKHANI, HAFNER, LEE, PETKOVIC, STEELE AND YANKER (1995): Query by image and video content: The QBIC system, IEEE Computer, 28 (9), pp 23–32.

  Article  Google Scholar 

• GORKY (1994): Multimedia Information Systems, IEEE Multimedia, Spring 1994.

  Google Scholar 

• GRIFFIEON, J., YAVATKAR, R. and ADAMS, R. (1996): Automatic and Dynamic Identification of Metadata in Multimedia.

  Google Scholar 

• GU, L., TSUI K. AND KEIGHTLEY D. (1997): Dissolve detection in MPEG compressed video, Proceedings of IEEE International Conference on Intelligent Processing Systems, October 1997.

  Google Scholar 

• GU, L., TSUI, K. and KEIGHTLEY D. (1996): Camera shot boundary detection in MPEG compressed video, Technical Report, CSIRO Mathematical and Information Sciences, December 1996.

  Google Scholar 

• GUPTA, A. (1997): Visual Information Retrieval: A Virage Perspective, Visual Information Retrieval White Paper, http://www.virage.com/wpaper.

• HALPIN (1995): Conceptual schema and Relational database Design, 2nd edition, Prentice Hall, Sydney, Australia.

  Google Scholar 

• HARDMAN, L., BULTERMAN.D.C.A, VAN ROSSUM, G., The Amsterdam Hypermedia Model, Communications of the ACM, Vol.37, No.2, February, 1994.

  Google Scholar 

• HJELSVOLD,MIDSTRAUM AND SANDSTA (1996): Searching and Browsing a Shared Video Database, Multimedia Database Systems,Kluwer Academic publishers, 1996.

  Google Scholar 

• ISAKOWITZ, T, STOHR, E, and BALASUBRAMANIAN, P., (1995): RMM: A Methodology for Hypermedia Design, Communications of the ACM vol. 38, No. 8, August 1995.

  Google Scholar 

• KIM M., CHOI J. G. AND LEE M. H. (1998): Localising Moving Objects in Image Sequences Using a Statistical Hypothesis Test, Proceedings of the International Conference on Computational Intelligence and Multimedia Applications, Churchill, Victoria, 9–11 Feb., 836–841.

  Google Scholar 

• LINDLEY C. A. & VERCOUSTRE A. M. (1998): Intelligent Video Synthesis Using Virtual Video Prescriptions,International Conference on Computational Intelligence and Multimedia Applications, Churchill, Victoria, 9–11 Feb.

  Google Scholar 

• LINDLEY C. A. 1997 A Multiple-Interpretation Framework for Modeling Video Semantics, ER-97 Workshop on Conceptual Modeling in Multimedia Information Systems.

  Google Scholar 

• LINDLEY C. A. AND SRINIVASAN U. 1998 “Query Semantics for Content-Based Retrieval of Video Data: An Empirical Investigation”, Storage and Retrieval Issues in Image-and Multimedia Databases, August 24–28, in conjunction with 9th International Conference DEXA98 Vienna, Austria.

  Google Scholar 

• METZ C. 1974 Film Language: A Semiotics of the Cinema, trans. by M. Taylor, The University of Chicago Press.

  Google Scholar 

• NWOSU, K. THURAISINGHAM, B. and BRUCE BERRA, P. (1996): Multimedia Database Systems, Kluwer Academic Publishers, 1996.

  Google Scholar 

• PFEIFFER, S. FISCHER, S. and EFFELSBERG,W. (1996): Automatic Audio Content Analysis, Proceedings of ACM Multimedia, Boston, 1996.

  Google Scholar 

• ROBERT-RIBES, J. and MUKHTAR, R.G., (1997): Automatic Generation of Hyperlinks between Audio and Transcript, Fifth European Conferenceon Speech Communication and Technology, September 1997.

  Google Scholar 

• SIMPSON-YOUNG, W. and YAP, K. (1996): FRANK: Trialing a system for remote navigation of film archives, SPIE International Symposium on Voice and Video Communications, Boston, November 1996.

  Google Scholar 

• SRINIVASAN, GU, TSUI AND BILL SIMPSON-YOUNG (1997): A Data Model to support Content-based Search on Digital Video Libraries, Australian Computer Journal, Vol.29, No 4, November 1997.

  Google Scholar 

• SUBRAHMANYAM V.S., Principles of Multimedia Database Systems,Morgan and Kaufmann, 1998.

  Google Scholar 

• YAP, K., SIMPSON-YOUNG, W, and SRINIVASAN, U. (1996): Enhancing Video Navigation with existing alternate Representations, First International Conference on Image Databases and Multimedia Search, Amsterdam, August 1996.

  Google Scholar 

• ZHANG, H., LOW, C.Y. and SMOLIAR S.W. (1995): Video parsing and browsing using compressed data, Multimedia Tools and Applications, 1(1), pp 89–111.

  Google Scholar 

Download references