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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 Keywords Multimedia MULTIMEDIA DATABASESThere is tremendous growth in multimedia data in application domains such as medicine, engineering, biology and numerous others. New technologies such as computer tomography or digital photography produce increasingly large volumes of data. At the same time, decreasing storage prices allow archiving large amounts of multimedia data at relatively low cost. For database technology, large multimedia databases require efficient and effective strategies for accessing and processing of multimedia data. Examples of typical multimedia content are music, medical magnetic resonance images, and shape and color images.
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 Keywords Multimedia MULTIMEDIA DATABASESThere is tremendous growth in multimedia data in application domains such as medicine, engineering, biology and numerous others. New technologies such as computer tomography or digital photography produce increasingly large volumes of data. At the same time, decreasing storage prices allow archiving large amounts of multimedia data at relatively low cost. For database technology, large multimedia databases require efficient and effective strategies for accessing and processing of multimedia data. Examples of typical multimedia content are music, medical magnetic resonance images, and shape and color images.
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