Air defense missile weapon system confrontation function level simulation verification method and device

Abstract

The invention relates to an air defense missile weapon system confrontation function level simulation verification method and device, and the method comprises the steps: constructing a battle condition environment, and setting simulation parameters; executing simulation and calculating simulation data according to the simulation parameters to obtain data information; displaying the data information and collecting the data information; judging whether simulation is completed or not; if the simulation is completed, uploading the collected data information to a simulation result database; and the simulation result database outputs a simulation verification report. A real combat environment is simulated by utilizing a computer modeling and simulation technology, test design planning, deduction and evaluation are carried out by taking anti-interference capability test evaluation of the air-defense missile weapon system in a complex electromagnetic environment as a background, a tool platform is provided for performance and efficiency evaluation of the air-defense missile weapon system, the error-tolerant rate is relatively high, repeated tests can be carried out, and the working efficiency of the air-defense missile weapon system is improved. The test period is short and the efficiency is high.

Description

technical field [0001] The invention relates to the technical field of countermeasure function level simulation of air defense weapon systems, in particular to a method and device for countermeasure function level simulation verification of air defense missile weapon systems. Background technique [0002] The air defense missile weapon system includes air defense missiles, target indication systems, guidance systems, command and control systems, launch systems and technical support equipment to intercept airborne targets. On the modern battlefield, the air defense missile weapon system is faced with a complex electromagnetic environment including active interference and passive interference. Its anti-jamming ability in the complex electromagnetic environment is an important factor for its successful interception. The air defense missile weapon system has a complex composition, high field test costs and difficult environment construction. The fault tolerance rate is low, and ...

AI Technical Summary

Problems solved by technology

The composition of the air defense missile weapon system is complex, the cost of field tests is high, the environment is difficult to build, the fault tolerance rate is low, and it is difficult to conduct repeated tests. If parameters or attributes need to be changed, the battlefield environment needs to be rebuilt, which is costly, long test period, and low efficiency.

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