Plate 1. PWCR results in the base images (left) and target images (right) (sub-sections). Using PWCR, corresponding patches are gener-
ated in the target images; (a), (c), and (e) depict samples of patches in base images of DT3, DT1, and DT4. (b), (d), and (f) show the corre-
sponding patches that are generated in the related target images. Highlighted borders are to show how the borders generated by PWCR
fit the actual object borders in the target images regardless of difference in the geometric distortions of images.
Plate 2. Comparison of the object borders generated using the PWCR method and the conventional polynomial registration methods (da-
taset DT3): (a) borders of elevated objects in the base image generated manually, (b) segments transferred by the PWCR method, (c) 1
st
order polynomial registration (base and target images are registered using a 1
st
order polynomial), (d) 2
nd
order polynomial registration,
and (f) 3
rd
order polynomial registration.
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July 2016
PHOTOGRAMMETRIC ENGINEERING & REMOTE SENSING
