Robust Video Content Analysis via Transductive Learning Methods

by Ewerth, Ralph
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Ewerth, Ralph Robust Video Content Analysis via Transductive Learning Methods
Ewerth, Ralph - Robust Video Content Analysis via Transductive Learning Methods

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Description

The amount of video data in the web and in archives is growing permanently. This fact motivates the active research area of video indexing, search and retrieval. Videos vary in many ways: in terms of recording devices and circumstances, compression technology, genre, and of course, in terms of content. The research question addressed by this Ph.D. thesis is how to build robust video content analysis approaches that work reliably on arbitrary videos. For this purpose, a transductive learning framework is developed that is based on feature selection and ensemble classification. Apart from solutions based on the framework, some approaches employ unsupervised learning or deal with compression artefacts adequately. Solutions for several video analysis problems are presented: shot boundary detection, camera motion estimation, face recognition, semantic concept detection and semantic indexing of computer game sequences. Experimental results on large test sets demonstrate the very good performance of the approaches. Finally, some areas of future work are outlined. This thesis is relevant for students and researchers who are interested in the field of video content analysis and retrieval.

Contributors

Author:
Ewerth, Ralph

Further information

Media Type:
Taschenbuch
Publisher:
Südwestdeutscher Verlag für Hochschulschriften
Biography Artist:
is a research assistant in the Department of
Mathematics and Computer Science at the University
of Marburg, Germany. He received a diploma in computer science
(2002) and the Ph.D. degree in computer science (2008), both from
University of Marburg. His research interests include multimedia
retrieval and machine learning.
Language:
Deutsch
Number of Pages:
284

Master Data

Product Type:
Paperback book
Release date:
15 January 2009
Package Dimensions:
0.22 x 0.15 x 0.016 m; 0.463 kg
GTIN:
09783838101200
DUIN:
DK8CNQUODB3
£115.99
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