| Defeng Ma and Gustavo Alonso. Distributed client caching for multimedia data. In Proceedings of Third Int. Workshop on Multimedia Information Systems (MIS), pages 115--120, September 1997. |
....in distributed environments a formidable task. Although many approaches for server side buffering of multimedia data aiming to share data among multiple users exist ( NY97] RZ95] KRT95] DS96] AWY96] only few mechanism for client side buffering have been proposed ( MKK95] HGP98] MA97] all lacking satisfying solutions for the browsing requirements. For buffering purpose, we segment a video into single parts, in the following called buffer units since it is not possible to preload and replace videos into the buffer as a whole. Each buffer unit represents a logical unit of ....
Defeng Ma and Gustavo Alonso. Distributed client caching for multimedia data. In Proceedings of Third Int. Workshop on Multimedia Information Systems (MIS), pages 115--120, September 1997.
.... storage (e.g. magnetic disks) and the tertiary storage (e.g. optical jukeboxes, tape drive services) The boxes above the Multimedia Storage Modules representkey functions of the HERMES system architecture like data placement (cf [25] 8] 9] access methods (cf [3] 10] caching [20], delay sensitivedata scheduling [24] Quality of Service (QofS) and metadata management [2] Although these functions may not be clearly separated from other functions inside the Multimedia Storage they are represented as separate boxes to stress their importance within the project. The work of ....
D. Ma and G. Alonso. Distributed clientcaching for multimedia data. In Proc. of the 3rd Int. Workshop on Multimedia Information Systems (MIS), pages 115-- 120, September 1997.
....a buffer size of 20 to 30 MB, i.e. the capacity to buffer 2 to 3 minutes of MPEG 1 video data. Although many approaches for server side buffering of multimedia data aiming to share data among multiple users exist, only few mechanisms for client side buffering have been proposed ( 31] 16] [30], 3] all lacking satisfying solutions for the browsing requirements. The L MRP approach, as described in Section 3.1, targets the presentation of one video. But an efficient strategy for video browsing has to buffer parts of various media at the same time to enable fast media switches. ....
D. Ma and G. Alonso. Distributed client caching for multimedia data. In MIS, 1997.
....environments this is a formidable task. Although many approaches for server side buffering of multimedia data aiming to share data among multiple users exist ( NY97] RZ95] KRT95] DS96] AWY96] only few mechanisms for client side buffering have been proposed ( MKK95] HGP98] MA97] ACS98] all lacking satisfying solutions for the browsing requirements. For buffering purposes, we segment videos into single parts, called buffer units in the following. Each buffer unit represents a logical unit of a video instance, e.g. a Group of Pictures of an MPEG stream [HL97] ....
Defeng Ma and Gustavo Alonso. Distributed client caching for multimedia data. In Proceedings of Third Int. Workshop on Multimedia Information Systems (MIS), pages 115--120, September 1997.
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