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Topical summarization of web videos by visual-text time-dependent alignment
Author(s) -
Song Tan,
HungKhoon Tan,
ChongWah Ngo
Publication year - 2010
Publication title -
proceedings of the 30th acm international conference on multimedia
Language(s) - English
Resource type - Conference proceedings
DOI - 10.1145/1873951.1874159
Subject(s) - timeline , computer science , automatic summarization , information retrieval , visualization , context (archaeology) , world wide web , milestone , set (abstract data type) , event (particle physics) , data mining , paleontology , physics , archaeology , quantum mechanics , biology , history , programming language
Search engines are used to return a long list of hundreds or even thousands of videos in response to a query topic. Efficient navigation of videos becomes difficult and users often need to painstakingly explore the search list for a gist of the search result. This paper addresses the challenge of topical summarization by providing a timeline-based visualization of videos through matching of heterogeneous sources. To overcome the so called sparse-text problem of web videos, auxiliary information from Google context is exploited. Google Trends is used to predict the milestone events of a topic. Meanwhile, the typical scenes of web videos are extracted by visual near-duplicate threading. Visual-text alignment is then conducted to align scenes from videos and articles from Google News. The outcome is a set of scene-news pairs, each representing an event mapped to the milestone timeline of a topic. The timeline-based visualization provides a glimpse of major events about a topic. We conduct both the quantitative and subjective studies to evaluate the practicality of the application.

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