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In a computer environment, a new storage and delivery data format for multimedia object sets increases performance and improves the user experience by reducing the transactions needed to retrieve a set of n objects from n to 1. The object data is interleaved with data definition entries identifying

In a computer environment, a new storage and delivery data format for multimedia object sets increases performance and improves the user experience by reducing the transactions needed to retrieve a set of n objects from n to 1. The object data is interleaved with data definition entries identifying respective object data into a data format comprising a single stream for storage and/or delivery. The data format eliminates the need for multiple, asynchronous transactions thus reducing latency in the data transfer process. Moreover, the data format allows for optimization of how the object data is prioritized and interleaved to achieve desired performance objectives upon delivery of the multimedia objects.

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In a computer environment, a new storage and delivery data format for multimedia object sets increases performance and improves the user experience by reducing the transactions needed to retrieve a set of n objects from n to 1. The object data is interleaved with data definition entries identifying

In a computer environment, a new storage and delivery data format for multimedia object sets increases performance and improves the user experience by reducing the transactions needed to retrieve a set of n objects from n to 1. The object data is interleaved with data definition entries identifying respective object data into a data format comprising a single stream for storage and/or delivery. The data format eliminates the need for multiple, asynchronous transactions thus reducing latency in the data transfer process. Moreover, the data format allows for optimization of how the object data is prioritized and interleaved to achieve desired performance objectives upon delivery of the multimedia objects. uted Object-oriented Environment," ICODP, 1995. Thompson, Ken, "Regular Expression Search Algorithm," Communications of the ACM, vol. II, No. 6, p. 149 et seq., Jun. 1968. Venners, B., "Jini Technology, Out of the Box", JAVAWORLD, 'Online! pp 1-4, Dec. 1998. Wilson, P.R., et al., "Design of the Opportunistic Garbage Collector," Proceedings of the Object Oriented Programming Systems Languages And Applications Conference, New Orleans, vol. 24, No. 10, Oct. 1989. Wollrath et al., "A Distributed Object Model for the Java (TM) System", USENIX Association, Conference on Object-Oriented Technologies and Systems, Jun. 17-21, 1996. Wu, Xuequn, "A Type system for an Object-Oriented Database System," Proceedings of the International Computer Software and Applications Conference (COMPSAC), pp. 333-338, Sep. 11-13, 1991, Tokyo, Japan. Yemini, Y. and S. da silva, "Towards Programmable Networks", IFIP/IEEE International Workshop on Distributed Systems: Operations and Man