Tactical missile weapon system precision simulation and verification method

Abstract

The invention discloses a tactical missile weapon system precision simulation and verification method, which comprises the steps of building a flight simulation mathematic model of a missile; developing missile full trajectory simulation software, selecting a corresponding algorithm meeting the precision to convert the mathematic model into a computer program, and performing flight simulation under the theoretical condition; verifying the model; analyzing various interference factors influencing the hitting precision of the missile, and building mathematic models for the interferences; according to the influence mechanism of various interferences on the flight of the missile, adding the interference factors to the flight simulation mathematic model to be subjected to simulation calculation to obtain corresponding results; performing simulation by adopting a Monte Carlo trajectory based on a uniform design method, and performing statistic analysis on the simulation results by arranging a simulation experiment table to screen out the factors having obvious influence on the precision of the missile. Through the technical scheme of the invention, the simulation amount can be effectively reduced.

Description

technical field [0001] The invention relates to a method for simulating and checking the accuracy of a tactical missile weapon system, in particular to a method for simulating and checking the accuracy of a tactical missile weapon system based on Monte Carlo. Background technique [0002] Accuracy is the most important index to measure missile performance, and accuracy analysis is an essential work in the design, development and test stages of missiles. Traditional accuracy analysis methods mainly rely on flight test data. Due to the constraints of economy, development cycle and other factors, only relying on test methods cannot meet the performance requirements of weapon systems under modern high-tech conditions. The application of computer simulation technology makes it possible to analyze the accuracy of missiles on the ground relying on flight simulation. Therefore, in the development and test stage, according to the mathematical model of missile flight, a missile flig...

AI Technical Summary

Problems solved by technology

However, many years of practice have proved that the accuracy verification of various types of tactical missiles is only qualified for most of the voyages. It is difficult to make a qualified or unqualified conclusion when the accuracy of each parameter

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