A Monte Carlo simulation analysis system and method based on an architecture model

Abstract

The invention discloses a Monte Carlo simulation analysis system and method based on a system architecture model, belongs to the field of tactical simulation. The system designs and constructs the system architecture model according to the business requirements of typical combat concepts, defines the system function composition, interface relation, trigger event and operation logic of each combatunit in the model, and carries out the dynamic simulation verification on the logic self-consistency of the model. Under the condition that the logic of the system architecture model is correct, the logic relationship between the system functions of each combat unit is set from the perspective of mathematical calculation, the logic relationship is mapped and implanted into the system architecturemodel for simulation, and quantitative indexes which should be achieved by the functions of the combat units under typical combat concepts are analyzed through Monte Carlo simulation. The combat rules, the tactical behaviors and the system operation are extracted and solidified, and are converted into an intelligent executable system data model, and a better theoretical basis is provided for top-layer argumentation of combat units.

Description

technical field [0001] The invention belongs to the technical field of tactical simulation, and in particular relates to a Monte Carlo simulation analysis system and method based on an architecture model. Background technique [0002] With the continuous development of technology, future wars are full of uncertainties and discontinuities. The traditional development of new combat units can no longer meet the requirements of future battlefields, and quantitative analysis of combat capabilities cannot be carried out. This is manifested in: the development of new combat units is a "chimney" development, and the combat capability analysis and model demonstration of the new combat units have not been carried out from the perspective of the combat system, which leads to the overlap between the capabilities of the new combat units and the capabilities of existing weapons; The subjective judgment of the new combat unit makes the combat capability of the new combat unit redundant and...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of technology, future wars are full of uncertainties and discontinuities. The traditional research and development of new combat units can no longer meet the requirements of future battlefields. Quantitative analysis of combat capabilities cannot be carried out.

This is manifested in: the development of new combat units is a "chimney" development, and the combat capability analysis and model demonstration of new combat units have not been carried out from the perspective of the combat system, which leads to the overlap between the capabilities of new combat units and the capabilities of existing weapons; The subjective judgment of the new combat unit makes the combat capability of the new combat unit redundant, wasting resources; relying on the reverse engineering of the combat simulation cannot completely cover the combat business, resulting in the loss of requirements; the lack of scientific evaluation methods and methods makes the results of the combat simulation not optimized enough

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