Early warning aircraft tactical behavior simulation method and system under condition of no-escorted formation

Abstract

The invention provides an early warning aircraft tactical behavior simulation method and system under condition of no-escorted formation. The method comprises the following steps: detecting air, seaborne and ground threat targets and attack ranges of the threat targets in real time based on the early warning aircraft executing an early warning detection task; calculating the shortest path selected by the early warning aircraft to avoid all the threat targets to reach the detection area by using an early warning aircraft detection patrol path planning algorithm. Compared with a conventional early warning aircraft tactical behavior simulation method, the early warning aircraft adopts a self-survival combat mode without combat aircraft escorting, the function of actively avoiding air, seaborne and ground threats of an enemy is added, and if aiming by an enemy missile is found, the air, ship-to-air missiles and ground-to-air missiles of the enemy can be preferentially avoided. Based on the enhanced behavior tree, the functions of early warning aircraft detection patrol path planning, enemy target detection and identification, enemy threat avoidance, enemy missile attack avoidance and the like are designed in a layered manner, and the self-survival rate and intelligence acquisition capability of the early warning aircraft are improved.

Description

technical field [0001] The invention relates to the field of information technology, in particular to a method and system for simulating the tactical behavior of an early warning aircraft without an escort formation. Background technique [0002] In the sea-air joint combat simulation and deduction, the early warning aircraft can detect and identify the situation of enemy targets on the fly, effectively reducing the impact of battlefield fog and playing a key role in the victory of the war. It is a high-value weapon that needs to be protected. However, the following two situations are often encountered in the actual combat simulation process: First, due to the limited fighter force in the combat concept setting, the effect of using a small number of fighter jets to escort the AWACS is not good, and increasing the number of escort fighter jets will inevitably disperse the fighter jets to perform air interception and active attack The second is that during the combat process, ...

AI Technical Summary

Problems solved by technology

Since this method occupies scarce air combat resources, it will inevitably restrict the execution of other air combat missions. In the case of extremely tight fighter resources, this will seriously reduce the probability of victory in our combat missions

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