A Design of Storage and Retrieval Schemes in a Multimedia Object Manager for Modeled Object and Efficient Multimedia Object Storage Strategies

Due to the fact that the speeds of secondary storage devices have not improved relative to other computing technologies, a lot of efforts have been devoted to intelligent and efficient ways of storing data of storing data to maximixe the bandwidth of a computing system. Many of those techniques have proven useful; however, with the advent of multimedia and its enormous real-time and size requirements, the problems of data allocation and retrieval have become even more crucial. In [1][2], we describe some designs of efficient multimedia object storage strategies that strive to allocate multimedia objects with the objective of satisfying their real-time retrieval requirements. We utilize some fragmentation strategies, a cost function, and bipartite graph model to allocate multimedia data efficiently. In the development of the storage allocation strategies, some assumptions were made about the functionalities and capabilities of the controlling Multimedia Object Manager. Here, we describe..