Motion Vector Estimation Using Hexagon Diamond Search Algorithm: Implementation and performance
This thesis proposes modelling of fast unrestricted hexagon search (FUHS) and unrestricted hexagon-diamond search (UHDS16) algorithms for motion estimation, which is based on the theory and application of block-matching motion estimation. Both these algorithms are designed using 16 x 16 block size....
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Format: | Thesis |
Published: |
2009
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Summary: | This thesis proposes modelling of fast unrestricted hexagon search (FUHS) and unrestricted hexagon-diamond search (UHDS16) algorithms for motion estimation, which is based on the theory and application of block-matching motion estimation. Both these algorithms are designed using 16 x 16 block size. In particular, the motion vector estimation, quality performance, computational complexity (search points), and elapsed processing time are emphasised. |
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