High level architecture (HLA), which is a new architecture for distributed simulation, has found a wide application in military simulation and war-gaming.
高层体系结构(HLA)作为新一代分布交互仿真的体系结构，在作战模拟与仿真方面有着广阔的应用前景。
By analyzing combating environment, task and processing flow of information in radar regiment station, a distributed simulation platform is proposed.
在分析雷达旅(团)情报站的作战环境、任务及信息处理流程的基础上，提出了一种分布式的雷达网信息处理仿真平台。
The HLA-Based simulation, which becomes one of studying hotspots for distributed simulation system, has found a wide application in military simulation.
基于HLA标准开发仿真系统已成为分布式仿真系统实施的一个热点，在军用仿真方面有着广阔的应用前景。
A typical DCVE prototype system named AST_DCVE, which can support the research of advanced distributed simulation technology and virtual prototype, is introduced.
最后介绍了一个支持先进分布仿真技术和虚拟样机技术的分布式协同虚拟环境原型系统——AST_DCVE。
A typical four-bar mechanism and a typical slide-crank mechanism are used for test of the distributed simulation environment and applications developed in this thesis.
基于所完成的平面机械系统运动学分布式仿真软件，本文实现了平面四连杆机构、曲柄滑块机构的分布式仿真算例。
It is an important problem in system simulation field that how to realize large-scale, distributed simulation by utilizing distributed computer network resources effectively.
如何有效利用物理上分布的计算机网络资源实现大规模分布式仿真一直是系统仿真领域的一个重要问题。
The distributed simulation designing environment of submarine combat system is a type of advanced simulation platform with full function, large size and new technology applied.
分布式潜艇作战系统仿真设计环境是目前国内功能较全、规模较大、技术较新的潜艇作战系统仿真平台，是数学仿真环境和半实物仿真环境的综合集成。
Migrating entities are beneficial to improve performance of large-scale distributed simulation systems, while time synchronization during migration is the key and difficult issue.
实体迁移技术有利于改善大规模分布式仿真系统的性能，其中迁移期间的时间同步是其关键与难点。
Based on system simulation and computer network technologies, distributed simulation technology is developing into one of the main approaches to simulating a large-scale complicated system.
作为仿真技术与网络技术相结合的产物，分布式仿真技术己经成为目前实现大型复杂系统仿真的主要技术途径之一。
We present the necessary conditions and solutions for HLA-based real-time distributed simulation, and achieve the primary effort of improving the RTI to support real-time federation execution.
对基于HLA的实时分布仿真提出了必要条件和解决方法，完成了改善rti以支持实时联邦执行的初步工作。
We present the necessary conditions and solutions for HLA-based real-time distributed simulation, and achieve the primary effort of improving the RTI to support real-time federation execution.
对基于HLA的实时分布仿真提出了必要条件和解决方法，完成了改善rti以支持实时联邦执行的初步工作。
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