Object-oriented coding using successive motion field segmentation and estimation.
Resource URI: http://dblp.l3s.de/d2r/resource/publications/conf/icip/LeQuangZC95
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1995
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Object-oriented coding using successive motion field segmentation and estimation.
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207-210
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video coding; image sequences; data compression; image segmentation; motion estimation; motion compensation; image matching; maximum likelihood estimation; probability; computational complexity; object oriented coding; successive motion field segmentation; block based motion compensation; pixels; translational motion; moving object boundaries; object oriented video compression algorithms; image regions; motion compensated images; two stage algorithm; successive motion field estimation; object oriented coder; maximum a posteriori probability estimate; translational motion field; complex motion models; computational complexity reduction; simulation results; bit rate reduction; video sequences; video coding
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Object-oriented coding using successive motion field segmentation and estimation.
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