Platform-level Agent interactive simulation-oriented army unit combat test method

Abstract

The invention relates to a platform-level Agent interactive simulation-oriented army unit combat test method. The method comprises flow design of a platform-level Agent interactive simulation-oriented combat test, a design method of the platform-level Agent interactive simulation-oriented combat test, a development method of platform-level Agent interactive simulation-oriented army unit combat test. According to the method, in allusion to the complex adaptive system characteristics of the modern army combat, the basic flows of the army unit combat test is designed and the realization method of the main test flow links such as test design and test development is designed by adopting a platform-level multi-Agent-based combat modeling and simulation technology, so that theory and method supports are provided for the high-resolution army unit combat test.

Description

【Technical field】 [0001] The invention relates to a combat experiment method, in particular to an army unit combat experiment method oriented to platform-level Agent interactive simulation, and belongs to the technical field of computer combat simulation. 【Background technique】 [0002] With the advent of the information age, various high and new technologies are applied to the battlefield, which greatly increases the complexity of the battlefield. "Learning war from war" is an effective method for the study of war theory and the testing of tactics. To study war at the cost of destruction, the method of replacing war with experiment—combat experiment—has developed rapidly. [0003] The U.S. military has put forward many similar concepts in terms of combat experiments, reflecting the understanding process of combat experiments. Including national defense experiments, military experiments, combat experiments, and joint combat experiments. In our country, the famous scientis...

AI Technical Summary

Problems solved by technology

[0006] However, due to the complexity of the war system, the application of previous simulation methods in combat experiments often has deficiencies: the simulation method of man-in-the-loop and partly installed in the loop is costly and difficult to implement, and is often difficult due to the limitations of hardware facilities. Only a few aspects of simulation experiment research can be carried out, and it is difficult to further expand the simulation experiment function of complex combat systems; the simulation method based on mathematical models requires mathematical abstraction of combat behavior, thus simplifying the overall behavior of the system. Description, ignoring the complexity level of the combat system, it is difficult to truly reflect the interaction of various factors and the role of random factors; the qualitative simulation method cannot describe the dynamic process of combat, and lacks the adaptive and self-organizing characteristics of the combat process The fuzzy simulation method processes the observation data through the fuzzy mathematical theory, but in the combat system simulation, it is often due to the insufficient a priori theory for the demonstration and verification of the advanced concept technology of the information battlefield, the application of the equipment system and its optimal configuration. However, it leads to the distortion of the observed data obtained through the prior theory, thus affecting the practical application effect of the fuzzy simulation method; although the system dynamics can deal with some complex nonlinear problems more intuitively and visually, its shortcoming is the lack of comprehensive coordination. The index system and the processing function of spatial factors make it difficult to describe the spatial interaction and feedback relationship of various elements of the system

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