DocumentCode :
1491393
Title :
The HotMedia architecture: progressive and interactive rich media for the Internet
Author :
Kumar, Keeranoor G. ; Lipscomb, James S. ; Ramchandra, Arun ; Chang, Subrina S P ; Gaddy, William L. ; Leung, Ross H. ; Wood, Steve ; Zhang, Liang-Jie ; Chen, Jeane ; Menon, Jai P.
Author_Institution :
Internet Media Group, IBM Corp., Hawthorn, NY, USA
Volume :
3
Issue :
2
fYear :
2001
fDate :
6/1/2001 12:00:00 AM
Firstpage :
253
Lastpage :
267
Abstract :
HotMedia is a novel scalable solution for delivering interactive rich media over the Internet. It is a delivery-suitable file format that can contain heterogeneous compositions of media bit streams as well as meta-data that define the behavior, composition, and interaction semantics. This enables the creation of lightweight single-file representations of interactive, multiphase presentations involving multiple media-type content. The HotMedia client has a smart content algorithm that infers types from the incoming data stream and fetches the media renderer components, user-interface components, and hyper-linked action components, all just-in-time, resulting in progressive and contest driven enrichment of the user experience. Internet users get a simple initial experience with minimal latency followed by enrichment of this experience. HotMedia has an open and extensible architecture, which enables and encourages the inclusion of new media-types, user-interfaces, and hyper-linked actions. By separating media-rendering from action-performing, it lets all media handle the same actions. HotMedia can also track on the server-side, user interactions and user-experience associated parameters. In its simplest usage HotMedia requires no more than a regular web server for delivery and no client-side preinstallation
Keywords :
Internet; Java; computer animation; information resources; multimedia systems; virtual reality languages; HotMedia architecture; Internet; delivery-suitable file format; heterogeneous compositions; hyper-linked action components; interaction semantics; interactive rich media; just-in-time; lightweight single-file representations; media bit streams; media renderer components; minimal latency; multiphase presentations; multiple media-type content; regular web server; user interactions; user-experience associated parameters; user-interface component; Animation; Delay; Internet; Isolation technology; Nonhomogeneous media; Service oriented architecture; Streaming media; Virtual reality; Web server; Web sites;
fLanguage :
English
Journal_Title :
Multimedia, IEEE Transactions on
Publisher :
ieee
ISSN :
1520-9210
Type :
jour
DOI :
10.1109/6046.923824
Filename :
923824
Link To Document :
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