isprs archives XLI B1 647 2016
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Among the producers and users of these aerial systems is often argued that to perform laboratory calibration, because the algorithms of modern digital photogrammetric
In (Molina et al., 2016), the first performance analysis of aerial image orientation and calibration in mapKITE for corridor mapping was performed, based on the
The constructed 3D point clouds from the laser scanner and the images for the first and the third data sets were used in the ICP registration to estimate the system
For real-time GNSS positioning users, the broadcast navigation message including ephemeris data, are used to calculate the satellite orbits and clock corrections
In the literature that I have seen(HE Min, 2011a)(Miao Hongjie, 2005), in the digital camera calibration, which generally is based on outdoor standardization field or
Performance assessment and in-flight calibration for the satellite RS-2, carrying multiple cameras with widely varying look angles and resolutions, is realized with the inclusion of
Though various correction and calibration techniques have been proposed to reduce the intensity discrepancy based on the use of radar (range) equation (H¨ofle and Pfeifer,
The origin of the ISO/TS 19159- 1 “ Calibration and validation of remote sensing imagery sensors and data – Part 1: Optical sensors ” was a demand for a standardized
