Design of a New Technology to Evaluate the Rocket Forecast Path of a Real-Time Object Under a Multi-Dimensional Graphic Scheme

Abstract

This article provides a quick and precise algorithm for improving the accuracy of the ballistic path forecast. In order to assess projectile approach corners in every measurement moment the algorithm is focused on the six degree freedom path rules (6DOF). The algorithm uses DFP to fix the nonlinear equations and Doppler trajectory sample data comprising the projectile only location cords to rebuild the linear data. The radar data can therefore be obtained via the projectile. At the end of the radar measurement, “position coordinates of the test” and “angular reconstruction displacements” serve as the initial value for the track calculation for the extrapolation of the path impact. The numerical simulations validate the technique suggested and show that the projected effect value is very consistent with the actual technique. Moreover, other algorithm artillery trajectory can be anticipated, and the suggested algorithm can also be used with other trajectory designs such as 4DOF or 5DOF.