Tight coupling simulation universal model implementation method using IOSEM (input, output, state, event and message) interface mode

Abstract

The invention provides a tight coupling simulation universal model implementation method using an IOSEM (input, output, state, event and message) interface mode. The method includes: setting up a dynamic library compiling environment, defining an interface function of a simulation model, and setting up single or multiple events, including a simulation model information event, a simulation initialization event, a state migration event, a model output event, a simulation finish event and a custom event, in the interface function of the simulation model; and allowing the events in the interface function to response and use a switch-case structure, and finally compiling to generate the simulation model. By the method, each submodel can be a standardized model accessory, and all submodels are reasonably assembled to obtain a model of a complex system. Therefore, interface standardization and transparency of each model are realized, modularized modeling can be realized conveniently, transportability and reusability of models are improved, and modeling simulation difficulty of the complex system is greatly lowered.

Description

technical field [0001] The invention relates to the technical field of computer simulation methods, in particular to a method for realizing a general model of tightly coupled simulation using an IOSEM interface. Background technique [0002] Tightly coupled simulation means that in simulation applications, the data interaction relationship between simulation models is complex, the frequency of data interaction is high, the amount of interaction is large, and there is a close corresponding relationship. In the modeling and simulation process, the simulation model accepts the scheduling of the simulation software, and to complete modeling, simulation and other functions required by some other applications, objectively requires the model interface to have certain flexibility and versatility. At present, the interfaces between tightly coupled models are generally customized according to the requirements, and there is no unified interface technology, which makes the interfaces in...

AI Technical Summary

Problems solved by technology

At present, the interfaces between tightly coupled models are generally customized according to the requirements, and there is no unified interface technology, which makes the interfaces in the existing simulation process complicated, and the models of different functional modules are poor in portability and reusability.

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