Air-combat tactic team simulating method based on expert system and tactic-military-strategy fractalization

Abstract

The invention discloses an air-combat tactic team simulating method based on an expert system and tactic-military-strategy fractalization.The method includes the following steps that simulation modeling is conducted with a knowledge establishing, knowledge expressing and processing mathematical method, and tactics and military strategies are correspondingly converted into data sets respectively and are stored and called in a library or sub-library mode; a fractal military-strategy library is constructed; a tactic index system for evaluating the combat effectiveness of a tactic team is built; an air-combat knowledge self-learning mechanism is built; a military-strategy inferring mechanism is built through an artificial intelligence technology; military-strategy reconstruction is conducted, wherein smooth transition between tactics and between military strategies is achieved.The method is tried and verified in scientific research projects, the blue-party intelligent virtual tactic team is built with the method, the double-party whole-process air-combat simulation confronting test can be achieved in the mode that red-party air combat simulating trained persons only need to conduct operation and commanding on a flight simulation platform of a red party, the hardware scale is reduced, and training difficulty can be improved.

Description

technical field [0001] The invention relates to the technical field of combat simulation, in particular to an air combat tactical team simulation method based on an expert system and fractal tactical tactics. The method builds a blue team's virtual intelligent tactical team and realizes "man-machine" tactical confrontation. Background technique [0002] The basic style of modern air combat is formation air combat, and the formation of two or four aircraft is the basic combat formation. When using the simulation system for air combat tactical simulation training, there are two situations: one is that it is impossible to equip too many man-in-the-loop simulators at one time; Countermeasures and weapon combat effectiveness. If it is necessary to carry out research on the tactics of F22, ordinary pilots who fly F22 fighter simulators cannot truly exert their combat effectiveness and achieve the effect of confrontation because they do not master the performance and tactics of F2...

AI Technical Summary

Problems solved by technology

In terms of virtual aircraft, there are currently two main methods: one is that force generation technology can realize multiple virtual aircraft, but these aircraft operate according to a pre-planned plan and have no intelligent countermeasure function; Most of them are optimized for the positions of both the enemy and us to achieve the best situation and carry out attacks. However, these technologies and methods do not take into account the situation of multi-aircraft coordinated operations, and cannot realize the coordinated operations of multiple aircrafts.

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