DocumentCode :
2688763
Title :
From visual data to multimedia presentations
Author :
André, Elisabeth ; Herzog, Gerd ; Rist, Thomas
fYear :
1995
fDate :
34834
Firstpage :
42370
Lastpage :
42372
Abstract :
Image understanding systems which perform a qualitative interpretation of a continuous flow of visual data allow observation of inaccessible areas and will release humans from time-consuming and often boring observation tasks, e.g. in traffic control. Moreover, a sophisticated system may not only collect and condense data but also interpret them in a particular context and provide information that goes far beyond the set of visual input data. Intelligent multimedia generation systems, which employ several media such as text, graphics and animation for the presentation of information, increasingly attract attention in many application areas since they (1) are able to flexibly tailor presentations to a user´s individual needs and style preferences, (2) may use one medium in place of another, and (3) may combine media so that the strength of one medium will overcome the weakness of another. Combining techniques for image understanding and intelligent multimedia generation will open the door to an interesting new type of computer-based information system that provides highly flexible access to the visual world. Such integrated systems will be able to transform visual data into various presentation forms including, for example, TV-style reports and illustrated articles. In this paper, we present the conception of a reporting system and describe a decomposition of the transformation process into maintainable subtasks
Keywords :
computer vision; information systems; multimedia computing; technical presentation; TV-style reports; computer-based information system; continuous visual data flow; data collection; data compression; flexible access; illustrated articles; image understanding systems; inaccessible areas; intelligent multimedia generation systems; maintainable subtasks; multimedia presentations; presentation customization; qualitative interpretation; reporting system; style preferences; transformation process decomposition; user needs; visual data;
fLanguage :
English
Publisher :
iet
Conference_Titel :
Grounding Representations: Integration of Sensory Information in Natural Language Processing, Artificial Intelligence and Neural Networks, IEE Colloquium on
Conference_Location :
London
Type :
conf
DOI :
10.1049/ic:19950661
Filename :
477959
Link To Document :
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