Battle process modeling method for battle simulation and model scheduling method

Abstract

The invention discloses a battle process modeling method for battle simulation. Battle processes are divided into different levels according to campaign, combat, operation and activity; each level is described through CSDs; battle process modeling in each level adopts CSDs integrating certainty and randomness. The invention further discloses a model scheduling method obtained based on the battle process modeling method. The model scheduling method comprises the following steps: searching an earliest initial module(s) from the set of modules to be run; running the earliest initial module if only one earliest initial module exists, otherwise, judging modules to be run according to module impacting levels, and driving the modules to run according to the running rule; removing a module from the set of modules to be run after the module is run, and searching another earliest initial module(s) again; conducting the steps in sequence circularly till the set of modules to be run is empty. The battle process modeling method and the model scheduling method have the advantages that efficiency models of various certainty and randomness configured to battle activities, so as to solve the problem in calculating efficiency indexes, and support the modularized encapsulation of the efficiency models to facilitate reuse of the models.

Description

technical field [0001] The invention relates to combat process modeling and a related model scheduling method, belonging to the field of combat simulation. Background technique [0002] Combat simulation is an important technical means to test combat plans, estimate combat effects (efficiency), optimize and analyze combat plans and equipment configurations. The combat process model is the overall framework that drives combat simulation and the calculation of combat effectiveness indicators. It is necessary to model the implementation process of combat tasks and schedule the operation of the effectiveness indicator calculation model on this basis. Combat process models can be roughly divided into deterministic models and stochastic models, each with its own advantages and disadvantages. The deterministic model is easy to highlight the influence of the main factors on the effectiveness and has a small amount of calculation, but it often needs to be simplified to a certain ext...

AI Technical Summary

Problems solved by technology

[0003] The present invention provides a combat simulation-oriented combat process modeling method and model scheduling method, which can support the configuration of deterministic and random performance models for each combat activity to solve the problem of performance index calculation, and support the modular packaging of performance models for model reuse

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