Infrared and Laser Engineering, Volume. 50, Issue 9, 20200514(2021)
High-resolution satellite ocean background imaging simulation method
Fig. 2. 3D structure of the sea surface under different sea conditions. (a) Level 1 sea state; (b) Level 2 sea state; (c) Level 3 sea state; (d) Level 4 sea state
Fig. 4. Reflectivity of the whitecaps at different zenith and azimuths angles
Fig. 6. High-resolution satellite ocean background imaging simulation flowchart
Fig. 7. Radiation field at the entrance pupil of the satellite under different wave levels. L1: Level 1 waves; L2: Level 2 waves; L3: Level 3 waves; L4: Level 4 waves
Fig. 9. Calculated camera point spread function and MTF curve. (a) Point spread function; (b) MTF
Fig. 10. Comparison of simulation results with satellite data. (a) Simulating the sea surface of Band1; (b) ZY3-02 measured sea surface of Band1; (c) Simulating the sea surface of Band2; (d) ZY3-02 measured sea surface of Band2; (e) Simulating the sea surface of Band3; (f) ZY3-02 measuring the sea surface of Band3
Fig. 11. Comparison of radiation distribution between simulated and measured results. (a) Simulating the sea surface of Band1; (b) ZY3-02 measured sea surface of Band1; (c) Simulating the sea surface of Band2; (d) ZY3-02 measured sea surface of Band2; (e) Simulating the sea surface of Band3; (f) ZY3-02 measuring the sea surface of Band3
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Bo Song, Wenyu Cui, Lili Du, Chuanjie Zhou, Weining Yi. High-resolution satellite ocean background imaging simulation method[J]. Infrared and Laser Engineering, 2021, 50(9): 20200514
Category: Image processing
Received: Dec. 10, 2020
Accepted: --
Published Online: Oct. 28, 2021
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