1) distributed simulation model object
分布式仿真模型对象
1.
On the basis of distributed collaboration modeling technology based on distributed simulation model object, three-tier architecture based on CORBA is proposed, which consists of client layer, application server layer and database layer, to support distributed collaboration modeling.
在基于分布式仿真模型对象的分布式协同建模技术研究基础上,提出由客户机层、应用服务器层和数据库层构成的基于CORBA的三层体系结构实现技术,以支持分布式协同建模。
2.
First analysed the information which are necessary for distributed collaboration modeling, then made use of the distributed object technology to integrate them into distributed simulation model object.
首先分析了支持分布式协同建模所必需的信息,然后利用分布式对象技术,将这些信息集成为分布式仿真模型对象。
2) distributed object model
分布式对象模型
1.
The performances of the two most popular distributed object models named RMI and CORBA are studied.
本文对当前流行的两种分布式对象模型CORBA和RMI的性能进行了研究。
2.
Distributed Object Model is the key technology to meet the distributed computing requires, after recommending the two competitive technologies: DCOM and CORBA, this paper analyzes the interoperability specifications between DCOM and CORBA, finally discusses the designing and implementing of DCOM/CORBA bridge based on C++ builder.
分布式对象模型是实现分布式计算需求的关键技术。
3.
This paper analyses distributed object models—CORBA.
通过对CORBA分布式对象模型的分析 ,详细描述其不同层次的体系结构及基于C ++的实现方法 ,使读者了解分布式对象模型的体系结构及工作原理 。
3) SOM
仿真对象模型
1.
Modeling of FOM/SOM Development Process;
联邦对象模型与仿真对象模型开发过程建模
2.
Therefore,SOMs were designed in detail.
详细介绍了仿真系统中各联邦成员仿真对象模型,并进行了相应的开发设计。
3.
FOM and SOM related to the typical C/W model are designed according to theory HLA system.
主要研究HLA/RTI体系结构,应用HLA的理论对经典的客户/服务员模型建立对应的联邦对象模型和仿真对象模型,并利用HLA/RTI结构实现了该模型,最后给出了实现代码和试验测试数据,对于不同的客户数目跟有关的平均服务时间参数之间的关系做了探讨,有利于更进一步对HLA体系进行研究。
4) Simulation object model(SOM)
仿真对象模型
5) simutation object model
仿真对象模型(SOM)
6) Distributed M&S
分布式建模仿真
1.
High level architecture (HLA) is an infrastructure that supports distributed M&S environment, but limited in local area network.
HLA为分布式建模仿真提供了技术支持,但只限于局域网的仿真应用。
补充资料：仿真模型
被仿真对象的实体模型或具有计算机可直接处理形式的数学模型（见仿真）。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条