Belenok V. Physical basis for Aerospace Survey for large-scale mapping of territories

The physical and mathematical models of aerospace survey, which can improve its qualitative and quantitative characteristics for large-scale mapping are considered in this thesis. The mathematical method for subpixel geodetic reference digital aerospace imagery to land code geodetic signs is developed. The new method of autonomous automated stereophotogrammetric survey is proposed and theoretically justified by the accuracy. Relationship of vectors workers rays and axes board stereophotogrammetric system in case of misalignment of the coordinate system of the device and geodetic reference coordinate system are considered. The pulse-frequency method for determining the height of the land's survey is proposed and analyzed the physical bases of this method. The method of lidar measurements is improved by using a pair of two optical wedges are rotated in the same direction with different speeds. The physical and mathematical method for automatic control of the resolution of a digital imaging camera is created.