Full-field integral time determining method for satellite-borne linear array push broom camera
A technology of integration time and camera, which is applied in the field of determining the integration time of the full field of view of the spaceborne linear array push-broom camera, can solve the problems of the influence of the calculation accuracy of the integration time, the lack of consideration of the curvature of the earth, and the lack of universality of the satellite imaging model.
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[0074] The present invention provides a method for determining the full field of view integration time of a spaceborne linear array push-broom camera, and provides a method for calculating the full field of view integration time of a spaceborne linear array push-broom camera, in particular a method for determining the full field of view integration time of a spaceborne linear array push-broom camera. A single-projection center medium spatial resolution large field of view camera or a wide-format camera composed of multiple single projection center high spatial resolution cameras mounted on an optically agile satellite. The line of sight of the position pixel corresponds to the determination result of the integration time of the field of view. According to the characteristics of the optical system of the camera, the pointing angle of the pixel, the layout of the camera on the satellite, the orbit of the satellite, the attitude of the satellite, the working mode of the satellite,...
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Abstract
Description
Claims
Application Information
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