Rapid Modeling of High Resolution Moon-like Terrain Models for Testing of Optical Localization Methods
نویسندگان
چکیده
This paper presents an intuitive approach for the rapid generation of arbitrary high resolution Digital Elevation Models (DEM) of moon-like surfaces, with minimal required extra expertise. It combines manual terrain shaping in a soil bin with automatic generation of 3 mm resolution DEMs. The generated DEMs are upscaled to 0.3 m resolution and integrated into lower-resolution DEMs of the lunar surface. The resulting model is used in the DLR project ATON (Autonomous Terrain based Optical Navigation) to realistically simulate optical sensors deployed on a lunar lander, enabling simulation of a complete landing trajectory until touch down. Results for five different landing site DEMs are provided to demonstrate the flexibility in modeling.
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