Concerned with this conflict, this paper proposes a new set of segmentations of macroblocks, in which one macroblock splits into one L-shaped and one square ...
Abstract—Playing the role of removing temporal correla- tion in video signals, motion-compensated prediction aims at the ideal prediction and eliminates the ...
Concerned with this conflict, this paper proposes a new set of segmentations of macroblocks, in which one macroblock splits into one L-shaped and one square ...
L-shaped segmentations in motion-compensated prediction of H.264. Sijia Chen, Qichao Sun, Xiaoyang Wu, Lu Yu. L-shaped segmentations in motion-compensated ...
H.264/AVC provides great flexibility in terms of which pictures can be used as references to generate motion-compensated predictions for subsequent coded ...
Xiaoyang Wu's 4 research works with 31 citations, including: L-shaped segmentations in motion-compensated prediction of H.264.
Motion-compensated prediction is a technique used in video compression to predict the current frame by analyzing the motion of blocks of pixels in previously ...
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Jul 9, 2011 · Chen S, Sun Q, Wu X, Yu L: L-shaped segmentations in motion-compensated prediction of H.264. IEEE Conference on Circuits and Systems (ISCAS ...
No motion vector component prediction takes place across slice boundaries. H.264/AVC supports multi-picture motion-compensated prediction. That is, more ...
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Weighted prediction: A new innovation in H.264/AVC allows the motion-compensated prediction signal to be weighted and offset by amounts specified by the encoder ...