Regional high-precision flight route planning method based on tracking performance of measurement and control equipment

Abstract

Aiming at the external field accuracy assessment of measurement and control equipment, and based on equipment tracking performance, a regional high-precision flight route planning method is designed. This method combines the general two-dimensional XY coordinates with the latitude and longitude of the earth, which significantly improves the conversion efficiency of theoretical research and practical application. Through simulation, the validity of the two common situations of single-point constraint and two-point constraint was successfully verified, indicating that the evaluation method can provide an effective reference basis for the accuracy assessment of measurement and control equipment for route planning.