DocumentCode
3268864
Title
Application for video analysis based on machine learning and computer vision algorithms
Author
Pavlov, Victor ; Khryashchev, Vladimir ; Pavlov, Evgeny ; Shmaglit, Lev
Author_Institution
Yaroslavl State Univ., Yaroslavl, Russia
fYear
2013
fDate
11-15 Nov. 2013
Firstpage
90
Lastpage
100
Abstract
An application for video data analysis based on computer vision methods is presented. The proposed system consists of five consecutive stages: face detection, face tracking, gender recognition, age classification and statistics analysis. AdaBoost classifier is utilized for face detection. A modification of Lucas and Kanade algorithm is introduced on the stage of tracking. Novel gender and age classifiers based on adaptive features and support vector machines are proposed. All the stages are united into a single system of audience analysis. The proposed software complex can find its applications in different areas, from digital signage and video surveillance to automatic systems of accident prevention and intelligent human-computer interfaces.
Keywords
computer vision; face recognition; image classification; learning (artificial intelligence); statistical analysis; video signal processing; AdaBoost classifier; Kanade algorithm; Lucas algorithm; accident prevention; adaptive features; age classification; age classifiers; audience analysis; automatic systems; computer vision algorithms; computer vision methods; digital signage; face detection; face tracking; gender recognition; intelligent human-computer interfaces; machine learning; software complex; statistics analysis; support vector machines; video data analysis; video surveillance; Algorithm design and analysis; Classification algorithms; Computer vision; Estimation; Face; Optical filters; Support vector machines; face recognition; gender and age estimation; machine learning; video analysis;
fLanguage
English
Publisher
ieee
Conference_Titel
Open Innovations Association (FRUCT), 2013 14th Conference of
Conference_Location
Espoo
ISSN
2305-7254
Type
conf
DOI
10.1109/FRUCT.2013.6737950
Filename
6737950
Link To Document