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Effective Frame Rate Up-Conversion Method Using Adaptive Motion Refinement Based on ROI Separation
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 Title & Authors
Effective Frame Rate Up-Conversion Method Using Adaptive Motion Refinement Based on ROI Separation
Lee, Beom-yong; Kim, Jin-soo;
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 Abstract
This paper proposes an effective FRUC (Frame Rate Up-Conversion) technique, which is based on ROI (Region Of Interest) separations and adaptive motion vector refinement. In this paper, in order to overcome the weakness of the EBME (Extended Bi-lateral Motion Estimation) algorithm, which is widely known in FRUC techniques, first, the proposed algorithm performs a bi-directional motion estimation for the complementary asymmetric region. Then, the proposed algorithm classifies each block into ROI or non-ROI block and refine motion vectors in accordance with their block characteristics to have a higher accuracy than the conventional EBME algorithm, specially, for the occlusion regions. The experimental results show that the proposed algorithm can improves 0.59dB on average PSNR as compared to the conventional method.
 Keywords
Frame Rate Up-Conversion;Region of Interest;MV Refinement;
 Language
Korean
 Cited by
 References
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