Read the abstract, see who wrote it and who cites it, and get the citation in APA, MLA, Chicago or Harvard.
About 4,750 papers for “Multimedia database”
Anvar, Omid, Harvey, Michael, Johnson, Justin · VTechWorks (Virginia Tech) · 2016
The images uploaded are a variety of screen dumps, wireframes, tests, and architecture diagrams. \nThe report is provided in Word and PDF; the presentation is provided in PowerPoint and PDF.
Cited by 0
Aberer, Karl, Thimm, H., Neuhold, Erich J. · Infoscience (Ecole Polytechnique Fédérale de Lausanne) · 1998
LSIR
Cited by 0Open access
V. S. Subrahmanian, Sushil Jajodia · Artificial intelligence · 1996
Cited by 73
Abdulazeez Omeiza Bello, Prof. Prince Asagba · 2021
Cited by 1Open access
2003
In this paper, the typical problems in distributed multimedia database systems, such as real time requirements, synchronization, QoS specifications, are analyzed. Policies and methods to solve these problems are provided. And various implementation paradigms for distributed systems, such as RPC (remote process call), middleware, Agent, are investigated.
Cited by 1
Zoltán Lux · IASSIST Quarterly · 2005
Multimedia Oral History Database
Cited by 0Open access
Arif Ghafoor · 2017
In this tutorial we present the current-state-of-the art in multimedia database management systems. We discuss various issues related to semantic modeling and indexing of multimedia information. Various schemes to represent temporal synchronization requirements are explored and the current research challenges facing the multimedia database community are highlighted.
Cited by 2
2003
Cited by 1
2001
Cited by 0
Isaacs, Kristin, Wall, Jonathan Taylor, Williams, Ashley R. et al. · U.S. Environmental Protection Agency · 2021
Direct monitoring of chemical concentrations in different environmental and biological media is critical to understanding the mechanisms by which human and ecological receptors are exposed to exogenous chemicals. Monitoring data provides evidence of chemical occurrence in different media and can be used to inform exposure assessments. The monitoring data provide required information for parameterization and evaluation of predictive models based on chemical uses, fate and transport, and release or emission processes. Finally, these data are useful in supporting regulatory chemical assessment and decision-making. There are a wide variety of public monitoring data available from existing government programs, historical efforts, public data repositories, and peer-reviewed literature databases. However, these data are difficult to access and analyze in a coordinated manner. Here, data from 20 individual public monitoring data sources were extracted, curated to unique chemical identifiers (EPA’s DSSTox Substance Identifiers, DTXSID) and medium identifiers (e.g., blood, drinking water, indoor air, ambient air, etc.) and harmonized into a sustainable machine-readable data format for support of exposure assessments. The database is provided here as a compressed MySQL dump, containing SQL statements that would recreate MMDB in its entirety.Note that the full uncompressed size of this file is over 300 GB. Users should be aware of space requirements before uncompressing.<br>Curation updates (minor error fixes) for MMDB releases are available at https://doi.org/10.23645/epacomptox.16674298.v5.<br><br>This database accompanies the publication “A Harmonized Chemical Monitoring Database for Support of Exposure Assessments”, by Isaacs K.K., Wall J.T., Williams A.R., Hobbie K.A., Sobus J.R., Ulrich E., Lyons D., Dionisio K.L., Williams A.J., Grulke C., Foster C.A., McCoy J., and Bevington C.
Cited by 0Open access
Furht, Borko, Prabhakaran, B · CERN Document Server (European Organization for Nuclear Research) · 1997
Cited by 0
Wilfredo Rivera-Scotti · 2013
Cited by 0
Rakow, T.C., Klas, W., Neuhold, E.J. · 1996
In this article we point out important functionality needed to support advanced multimedia applications by a database management system. We introduce a generic datatype to support the implementation of time-dependent media like audio, video, and animation. Besides the demand for specific multimedia datatypes we sketch a taxonomy for the modeling of meta information. Multimedia presentations are made independent from formats and devices similar as data are made independent from physical storage. The developments achieved so far with the AMOS prototype currently under implementation at our institute illustrates the chosen architecture of a multimedia database management system. New Address: Department DBIS, University of Ulm, D-89069 Ulm, e-mail: klas@informatik.uni-ulm.de 1 1 Introduction In advanced multimedia applications, the user accesses the system via a hypermedia authoring and reading environment, e.g. via WWW tools. Multimedia information among images, audio, and vid...
Cited by 0
Sherry Marcus, V. S. Subrahmanian · Journal of the ACM · 1996
Though numerous multimedia systems exist in the commercial market today, relatively little work has been done on developing the mathematical foundation of multimedia technology. We attempt to take some initial steps towards the development of a theoretical basis for a multimedia information system. To do so, we develop the motion of a structured multimedia database system. We begin by defining a mathematical model of a media-instance. A media-instance may be thought of as “glue” residing on top of a specific physical media-representation (such as video, audio, documents, etc). Using this “glue”, it is possible to define a general purpose logical query language to query multimedia data. This glue consists of a set of “states” (e.g., video frames, audio tracks, etc.) and “features”, together with relationships between states and/or features. A structured multimedia database system imposes a certain mathematical structures on the set of features/states. Using this notion of a structure, we are able to define indexing structures for processing queries, methods to relax queries when answers do not exist to those queries, as well as sound, complete and terminating procedures to answer such queries (and their relaxations, when appropriate). We show how a media-presentation can be generated by processing a sequence of queries, and furthermore we show that when these queries are extended to include constraints , then these queries can not only generate presentations, but also generate temporal synchronization properties and spatial layout properties for such presentations. We describe the architecture of a prototype multimedia database system based on the principles described in this paper.
Cited by 89Open access
Abby Goodrum · Journal of the American Society for Information Science · 1999
Cited by 60
Michael Ortega‐Binderberger, Kaushik Chakrabarti, Sharad Mehrotra · 2001
The focus in this chapter is on how content-based retrieval of multimedia objects can be integrated into database management systems as a primary access mechanism. In this context, the authors first explore the support provided by existing object-oriented and object-relational systems for building multimedia applications. They then identify limitations of existing systems in supporting content-based retrieval and summarize approaches proposed to address these limitations.
Cited by 4
M. TAMER ÖZSU · 2003
Multimedia information systems pose significantly different data management requirements than traditional database applications. Some of the multimedia data management issues have been well studied by the database community, but there are other problems that have been largely ignored. In this paper, the generality of multimedia database management is considered and a brief and personal overview of the issues is given.
Cited by 10
Samir Kumar Jalal · 2001
Multimedia is a combination of text, graphics, animations, audio and video converted from different formats into digital media. The extension of database application to handle multimedia objects requires synchronization of multiple media data streams. Time-related characteristics of multimedia data should be superimposed on the existing database. This paper will try to focus on several aspects of multimedia databases- its need, structure and method of handling multimedia components in order to render multimedia services to its users. Paper: BC Samir Kumar Jalal 1
Cited by 6
2001
Cited by 0
Marcus A. Stoodley, Mina Foroohar, R. Loch Macdonald et al. · Neurosurgery · 2000
Cited by 3