Servicing Method of LVC Experiment Resources Based on Object Metamodel

doi:10.16182/j.issn1004731x.joss.21-0308

Abstract

Abstract:

In the process of live-virtual-constructive (LVC) experiment there are a large number of heterogeneous simulation resource objects. Aiming at the traditional object model not meeting the rapid response experiment requirements of equipment systems in informationized war, the object metamodel based on LVC experiment resource servitization method research is studied. The object metamodel based on resource description method is given, based on three basic resource servitization forms of object interaction, message passing, remote method invocation, virtualization infrastructure object(VIO), VIO-virtualization object model (VIO-VOM) components of publish/subscribe, VIO-VOM components of aggregation, composition, inheritance, callback mechanism, Localclass-VOM, Message-VOM components are proposed. The method can provide a methodological support for the quick dispatch, monitoring, distribution, deployment, operation control, data collection and other operation management services of LVC experiment complex resources.

Key words: live-virtual-constructive, object meta-model, equipment experiment, servicing method of resources

CLC Number:

E919

Nan Du, Yaxin Tan, Bin Feng. Servicing Method of LVC Experiment Resources Based on Object Metamodel[J]. Journal of System Simulation, 2022, 34(8): 1834-1846.

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	针对实装	针对模拟器	针对虚拟兵力
信息交互	使用中间件的消息传递功能，将交互的信息封装为消息类进行传递。在逻辑靶场过程中，发起交互的实体随时发出消息；接收消息的实体，接收后按照自己的时间推进逻辑处理
物理信息获取	在发生物理信息获取交互的时刻，信息获取者通过远程方法调用的形式发起调用请求，实装收到请求立即按照墙上时钟返回相关物理信息	可采用针对实装的模式，也可采用针对虚拟兵力的模式	采用对象交互模式的发布订阅功能，在中间件上维护自身的状态数据集
物理作用	基于毁伤/干扰等物理作用服务器的计算结果，由服务器使用远程方法调用的模式直接修改实装对象模型状态	使用远程方法调用的模式对相关过程进行仿真，并根据仿真结果设置对象模型状态

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