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Video classification for video quality prediction
作者姓名:KURCEREN Ragip  BUDHIA Udit
作者单位:Multimedia Technologies Laboratory Nokia Research Center Nokia Inc.,Irving Texas 75039 USA,Mobilygen Corporation Santa Clara California 95054 USA
摘    要:INTRODUCTION Video content will be the main contributor to the future traffic in multimedia applications. Camcorders, digital cameras and lately mobile phones with video capturing capabilities have resulted in a wide spreading of multimedia to the masses. Quality of the captured/rendered videos is likely to be the major determining factor in the success of the new multi- media applications as well as product differentiation. Video processing chain includes video capturing, video pre-proce…

收稿时间:2 December 2005
修稿时间:3 March 2006

Video classification for video quality prediction
KURCEREN Ragip,BUDHIA Udit.Video classification for video quality prediction[J].Journal of Zhejiang University Science,2006,7(5):919-926.
Authors:Yu-xin Liu  Ragip Kurceren  Udit Budhia
Institution:Sun Labs, Sun Microsystems Inc., Menlo Park, California 94025, USA Multimedia Technologies Laboratory, Nokia Research Center, Nokia Inc., Irving, Texas 75039, USA Mobilygen Corporation, Santa Clara, California 95054, USA
Abstract:In this paper we propose a novel method for video quality prediction using video classification. In essence, our approach can serve two goals: (1) To measure the video quality of compressed video sequences without referencing to the original uncompressed videos, i.e., to realize No-Reference (NR) video quality evaluation; (2) To predict quality scores for uncompressed video sequences at various bitrates without actually encoding them. The use of our approach can help realize video streaming with ideal Quality of Service (QoS). Our approach is a low complexity solution, which is specially suitable for application to mobile video streaming where the resources at the handsets are scarce.
Keywords:Video classification  Video quality  No-Reference (NR)  Quality of Service (QoS)  Video streaming
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