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Epipolar Resampling of High Resolution Satellite Images Using Rational Polynomial Coefficients
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F. D. Javan *   , A. Fallah , H. Mohammadi |
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Abstract: (9596 Views) |
| An ongoing challenge in high-resolution satellite image (HRSI) processing has beenthe establishment of accurate epipolar geometry over the entire HRSI image area, which is a pivotal step of any stereo-image processing, including 3D topographic mapping.
However, thepush broom camera which is used by most high-resolution satellites does not produce straight epipolar lines. Furthermore, in contrast to the well-known frame cameras, the epipolar curve pair does not exist for the entire stereo image area. Theseproperties make it difficult to establish the epipolar geometry of a push broom camera, resulting in a limited accuracy of the epipolar image resampling. In this study, a new method of epipolar curve pair determination and epipolar image resampling of space bornepush broom imagery, based on the popular RPC (Rational Polynomial Coefficients), is proposed |
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| Keywords: Satellite images, Epipolar geometry, Rational Polynomial Coefficients |
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Full-Text [PDF 616 kb]
(2450 Downloads)
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Type of Study: Research |
Subject:
Photo&RS
Received: 2014/09/10
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