Generic epipolar resampling method for perspective frame camera and linear push-broom sensor

Epipolar rectification aims at resampling stereoscopic images so that conjugate points are located along the same horizontal x-axis. For most stereoscopic digital surface model production algorithms, this rectification is a necessary preprocessing task because it allows reducing the 2D matching to a...

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Published in:International journal of remote sensing 2016-08, Vol.37 (15), p.3494-3504
Main Authors: Idrissa, Mahamadou, Beumier, Charles
Format: Article
Language:English
Subjects:
Algorithms
Cameras
Conjugate points
Frames
Matching
Methods
Pushbroom sensor modes
Rectification
Resampling
Sensors
Stereoscopic
Stereoscopy
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cited_by cdi_FETCH-LOGICAL-c404t-faa25da6bf7e556c201f6754adc1a4fdbb147b0424ec3a9f2a7cac443af9517a3
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description Epipolar rectification aims at resampling stereoscopic images so that conjugate points are located along the same horizontal x-axis. For most stereoscopic digital surface model production algorithms, this rectification is a necessary preprocessing task because it allows reducing the 2D matching to a 1D matching problem. Most epipolar rectification algorithms exist in literature and are mainly for a given type of sensor (frame camera or push-broom sensor). In this paper, we present a generic method for epipolar rectification. This means that the method is applicable for both frame and push-broom cameras. The only difference lies in the projection function used to generate epipolar curves.
doi_str_mv 10.1080/01431161.2016.1165891
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subjects Algorithms
Cameras
Conjugate points
Frames
Matching
Methods
Pushbroom sensor modes
Rectification
Resampling
Sensors
Stereoscopic
Stereoscopy
title Generic epipolar resampling method for perspective frame camera and linear push-broom sensor
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