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Depth-Dependent High Distortion Lens Calibration
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Accurate correction of high distorted images is a very complex problem. Several lens distortion models exist that are adjusted using different techniques. Usually, regardless of the chosen model, a unique distortion model is adjusted to undistort images and the camera-calibration template distance is not considered. Several authors have presented the depth dependency of lens distortion but none of them have treated it with highly distorted images. This paper presents an analysis of the distortion depth dependency in strongly distorted images. The division model that is able to represent high distortion with only one parameter is modified to represent a depth-dependent high distortion lens model. The proposed calibration method obtains more accurate results when compared to existing calibration methods.
Title: Depth-Dependent High Distortion Lens Calibration
Description:
Accurate correction of high distorted images is a very complex problem.
Several lens distortion models exist that are adjusted using different techniques.
Usually, regardless of the chosen model, a unique distortion model is adjusted to undistort images and the camera-calibration template distance is not considered.
Several authors have presented the depth dependency of lens distortion but none of them have treated it with highly distorted images.
This paper presents an analysis of the distortion depth dependency in strongly distorted images.
The division model that is able to represent high distortion with only one parameter is modified to represent a depth-dependent high distortion lens model.
The proposed calibration method obtains more accurate results when compared to existing calibration methods.
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