The idea of an air-to-ground missile, fired from a safe distance and having all-weather capabilities, is a suitable strategy for the aerial attack of terrestrial targets. The guidance precision required exceeds the capabilities of an inertial system alone. The missile would also be equipped with a millimeter-wave radar sensor that permits localization through cartography. This principle implies that trajectory selection be made at the time of mission preparation and provisional maps be incorporated into the memory of the missile before firing. In order to estimate the probability of mission success and aid in the making of provisional maps, a method for the numerical simulation of the entire system was developed. The simulation is validated and progressively enhanced with actual data obtained in the course of sensor experimentation.
Navigation Up-Date Using Radar Mapping: Assessment and Optimisation Simulation Tool
1989
11 pages
Report
Keine Angabe
Englisch
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