Modular training universal platform and method based on layered interaction component technology

Abstract

The invention discloses a model training universal platform based on a layered interaction component technology. The model training universal platform comprises a data resource assembly, a platform model assembly, a platform supporting assembly and a platform application assembly. The data resources are used for data storage and exchange, and standardizing data standards used by the model traininguniversal platform; the platform model assembly is used for realizing high-resolution model training modeling; the platform supporting assembly is divided into an operation supporting component and apublic supporting component which jointly form two sets of bottom layer core component libraries of the model training platform. The platform application assembly provides full-process business function support for four application stages of simulation training planning, simulation training preparation, simulation training operation and analysis and evaluation of command training and simulation training experiments. The invention also discloses a method for carrying out simulation training by using the platform. The method comprises the steps of model training planning, model training preparation, model training operation and analysis and evaluation. The method has the advantages of being good in framework applicability and flexibility, good in component reusability and good in frameworkexpandability.

Description

technical field [0001] The invention belongs to the technical field of simulation training, and in particular relates to a general platform and method for simulation training based on layered interactive component technology. Background technique [0002] Early simulation training platforms were often customized and developed for a single specific user. Although the functions were not much different, they could not be effectively reused. Each platform is independent of each other, and the more complex its functional business, the larger the modules it contains, and the more difficult it is to develop the platform. Once a problem occurs, it is difficult to quickly locate and repair the fault point. In this context, the use of component technology to realize platform reuse, and the use of assembled methods to produce platforms have become the development direction of simulation training platform development. Layered interactive component technology is based on object-oriented...

AI Technical Summary

Problems solved by technology

[0006] Aiming at the problems of lack of reusability and poor expandability of existing model training general platforms, combined with the characteristics of hierarchical architecture and the advantages of component-oriented platform development, the present invention discloses a model training general platform based on layered interactive component technology. Including data resource components, platform model components, platform support components, platform application components

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