Simulation method for dynamic process of aerial platform radar detection

Abstract

The invention discloses a simulation method for a dynamic process of aerial platform radar detection, and belongs to the technical field of computer simulation. The simulation method comprises the following steps of designing a simulation element incidence relation and a simulation task database, setting a simulation task, and performing simulation and analysis on the movement detection processes of combat units. The simulation method for the dynamic process of the aerial platform radar detection provided by the invention covers the main simulation elements such as combat environments, platforms, weapons, detectors, combat units, etc.; a relational database is designed according to the correlation characteristic of each simulation element, thus an incidence relation between various elements can be embodied; the setting of the simulation task is quick and convenient, and the preset flight paths in different modes can be set; besides, the flight paths of the combat units and the visual display of a simulation detection probability are more intuitive.

Description

technical field [0001] The invention belongs to the technical field of computer simulation, and in particular relates to a simulation method for the dynamic process of aerial platform radar detection. Background technique [0002] Stealth technology is a technology that reduces the detection, tracking, and locking probability of enemy detectors and the success rate of guided weapon attacks by reducing the characteristic signals of weapon platforms. The traditional method of evaluating the stealth performance of aircraft is to obtain the RCS of each orientation and frequency of the weapon platform through calculation and testing and average them. During the actual combat process, the position, speed, distance, and orientation of the detector change all the time. It is difficult to comprehensively assess the stealth performance of the aircraft in actual combat by using traditional methods. Therefore, establishing the flight simulation process of the aircraft in the actual com...

AI Technical Summary

Problems solved by technology

During the actual combat process, the position, speed, distance, and orientation of the detector change all the time. It is difficult to comprehensively assess the stealth performance of the aircraft in actual combat by using traditional methods.

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