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Apr 08, 2023 439 likes •533 views

Identify potential adjacent fragments and computer their alignments based on color/texture consistency and geometry of boundary contours Select and extract the correct alignments among fragments by considering all the matches in the

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Identify potential adjacent fragments and computer their alignments based

n color/texture

consistency and geometry of boundary contours

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Select and extract the correct alignments among fragments by considering all the matches in the graph, enforcing these matches groupwise compatibility

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Refine the positioning of fragments and reduce gaps between pieces

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Example of weighted multigraph from four fragments

1

158, M1 176, M2 215, M3

2

58, M5

3

77, M8 87, M9 96, M10 67, M4 217, M11 196, M12 167, M13 192, M6 212, M7

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1

215, M3

3

96, M10

2

212, M7 217, M11

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7 8 203, m1 9 187, m2 6 178, m3 2 176, m4 1 190, m5 129, m8 5 181, m6 4 135, m7 3 124, m9

3 4 239, m1 6 155, m4 7 162, m4 1 177, m2 210, m3 8 208, m5 5 142, m7 2 144, m8

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6 7 230, m1 8 216, m2 4 179, m3 5 222, m4 3 221, m5 2 172, m6 1 208, m7 212, m8 6 7 283, m1 8 251, m2 4 213, m4 3 197, m4 5 217, m3 187, m5 1 157, m7 2 186, m8

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