Reconfiguration method of real-time distributed simulation platform

A distributed simulation and simulation platform technology, applied in the field of real-time distributed simulation platform, can solve the problems of difficult cutting of modules, unclear module boundaries, high module coupling, etc., and achieve the effect of easy operation and implementation, saving manpower and time

Active Publication Date: 2015-03-11
10TH RES INST OF CETC
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Problems solved by technology

[0004] The purpose of the present invention is to address the shortcomings of the above-mentioned prior art, and propose a method that does not need to call each model resource each other, and does not need to perform complex function tailoring or secondary development on the software architecture of the distributed simulation platform containing each sub-node, which ca

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  • Reconfiguration method of real-time distributed simulation platform

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[0024] see figure 1 figure 2 . In the creation of the real-time distributed simulation platform architecture, the simulation platform framework is divided into five-layer models from top to bottom. The hierarchical structure model includes five levels: application layer, management layer, service layer, interaction layer, and resource layer. There are related models and components, and a mapping table is used to describe the attributes, functions, parameters and other information of the models and components at this level. Each level is relatively independent, and only provides an interface to the upper level but cannot access it, and accesses the next level through the interface of the next level. The data interaction between various model resources is realized through the service interface in the service layer; then the sub-nodes are divided into two modes of control management and simulation calculation, which are included in the application layer.

[0025] a) Applicati...

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Abstract

The invention provides a reconfiguration method of a real-time distributed simulation platform, and aims to provide the reconfiguration which does not to mutually call the resources of each model, does not need to carry out complex functional cutting or secondary development on a distributed simulation platform software framework containing each subnode, and can lower the development complexity of all nodes of the distributed simulation platform. The reconfiguration method is realized through a following technical scheme: a simulation platform frame is created and is divided into an application layer, a management layer, a service layer, an interaction layer and a resource layer from top to bottom; each level is provided with a relevant model and a relevant assembly, and the attribute, the function and the parameter information of the model and the assembly of the level can be described by corresponding to one mapping table; each level is relatively independent and only can provide an interface without accessing; a next level is accessed through the interface of the next level; data interaction among the resources of all models is realized through a service interface in the service layer; and different simulation tasks of the relevant level are loaded through a corresponding view window resource mapping table.

Description

technical field [0001] The present invention relates to an application field of distributed simulation technology, a general design framework for a reconfigurable real-time distributed simulation platform and its implementation method, especially applicable to distributed simulation, semi-physical simulation, automated testing and other fields Real-time distributed simulation platform. Background technique [0002] Simulation technology builds a bridge between the objective world and scientific theories, and is considered to be the third important method to understand and transform the world after theoretical analysis and scientific experiments. Dynamic reconfiguration of distributed simulation is a supporting technology for online adjustment of simulation on demand during operation. Its research is of great value in improving the adaptability of simulation system and improving the application level of simulation in key fields, and has become a relevant One of the frontier ...

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Application Information

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IPC IPC(8): G06F17/50
Inventor 谢林杜增
Owner 10TH RES INST OF CETC
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