Description
Springer Visual And Multimedia Information Management Ifip Tc2 Wg2.6 Sixth Working Conference 2002 Edition by Xiaofang Zhou Pearl Pu
Current research in Visual Database Systems can be characterized by scalability multi-modality of interaction and higher semantic levels of data. Visual interfaces that allow users to interact with large databases must scale to web and distributed applications. Interaction with databases must employ multiple and more diversified interaction modalities such as speech and gesture in addition to visual exploitation. Finally the basic elements managed in modern databases are rapidly evolving from text images sound and video to compositions and now annotations of these media thus incorporating ever-higher levels and different facets of semantics. In addition to visual interfaces and multimedia databases Visual and Multimedia Information Management includes research in the following areas: Speech and aural interfaces to databases; Visualization of web applications and database structure; Annotation and retrieval of image databases; Visual querying in geographical information systems; Video databases; and Virtual environment and modeling of complex shapes.Visual and Multimedia Information Management comprises the proceedings of the sixth International Conference on Visual Database Systems which was sponsored by the International Federation for Information Processing (IFIP) and held in Brisbane Australia in May 2002.This volume will be essential for researchers in the field of management of visual and multimedia information as well as for industrial practitioners concerned with building IT products for managing visual and multimedia information. Table of contents : Preface. Program Committee. Additional Reviewers. Keynote Papers. Hyperdatabases: Infrastructure for the Information Space; H.-J. Schek et al. Federated Information Systems for Communities; D. Abel. Relevance Feedback in CBIR; Hong Jian Zhang Z. Su. Invited Paper. An Overview of Oracle Chart Builder and Map Viewer; L. Molesky J. Sharma. Papers. SOM-Based K-Nearest Neighbors Search in Large Image Databases; Z. Aghbari et al. Partial Image Retrieval Using Color Regions and Spatial Relationships; Y. Cao et al. High-Dimensional Image Indexing Based on Adaptive Partitioning and Vector Approximation; G.-H. Cha. The Segmentation and Classification of Story Boundaries in News Video; L. Chaisorn T.-S. Chua. Architecture and Implementation of an Interactive Tool for the Design and Visualization of Active Capability; S. Chakravarthy S. Yang. Indexing Images in High-Dimensional and Dynamic-Weighted Feature Spaces; K. Goh E. Chang. Modeling Multimedia Displays Using Action Based Temporal Logic; G. Gonzalez et al. An Entropy-based Approach to Visualizing Database Structure; D. Groth E.L. Robertson. Visual Query Processing for GIS with Web Contents; R. Lee et al. Spatiao-temporal Modelling and Querying Video Databases Using High-level Concepts; S. Nepal U. Srinivasan. Perfect Line Simplification for Visualization in Digital Cartography. S. Prasher. Balancing Fidelity and Performance in Virtual Walkthrough; Y. Ruan et al. Aural Interfaces to Databases Based on VoiceXML; B. Signer et al. Visual Querying In Geographic Information Systems; V.G. Soares A.C. Salgado. Automatic Annotation and Retrieval of Images; Y. Song et al. Visualization of Web-Based Australian Export Trading; L. Soon P. Chen. The Metric Histogram: A New and Efficient Approach for Content-based Image Retrieval; A.J.M. Traina et al. Designing Dynamic Web Pages in the WYSIWYG Interface; D. Wolber et al. Improving Image Retrieval with Semantic Classification Using Relevance Feedback; H. Wu et al. Oral-Query-by-Sketch: An XML-based Framework for Speech Access to Image Databases; S.-y. Wu W.-s. Chen. Querying Video Data by Spatio-Temporal Relationships of Moving Object Traces; C. Yajima et al. Multi-View Combined Visual Similarity Retrieval For Face Database; Y. Gao M.K.H. Leung. DVQ: A DTD-driven Visual Query Interface for XML Database Systems; L. Zhang et al. Modelling and Indexing Fuzzy Complex Shapes; J. Zhang et al.