HYPSOS (Hyperspectral Stereo Observing System) is a promising design for future remote sensing of both the Earth and other extra-terrestrial bodies. The ability of simultaneous stereo and hyperspectral observation opens up a wide range of possibilities to contribute to planetary science. In order to validate the innovative concept of the instrument, different photogrammetric activities are foreseen. In order to elaborate the stereo-hypercubes for the reconstruction of the scene, the definition of the push-broom camera model within the pipeline become mandatory. The introduced method for estimating the camera model of the stereo hyperspectral pushbroom camera has been validated through a simulated version of the experimental setup that has been arranged in our laboratory for the validation of the stereo capabilities of HYPSOS.

Calibration for the stereo hyperspectral pushbroom camera HYPSOS

Agostini, L;Naletto, G;
2022

Abstract

HYPSOS (Hyperspectral Stereo Observing System) is a promising design for future remote sensing of both the Earth and other extra-terrestrial bodies. The ability of simultaneous stereo and hyperspectral observation opens up a wide range of possibilities to contribute to planetary science. In order to validate the innovative concept of the instrument, different photogrammetric activities are foreseen. In order to elaborate the stereo-hypercubes for the reconstruction of the scene, the definition of the push-broom camera model within the pipeline become mandatory. The introduced method for estimating the camera model of the stereo hyperspectral pushbroom camera has been validated through a simulated version of the experimental setup that has been arranged in our laboratory for the validation of the stereo capabilities of HYPSOS.
2022
2022 IEEE 9th International Workshop on Metrology for AeroSpace (MetroAeroSpace) - Proceedings
2022 IEEE 9th International Workshop on Metrology for AeroSpace (MetroAeroSpace)
978-1-6654-1076-2
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/3460830
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