作为高层体系结构HLA的软件实现，RTI按照HLA接口规范的定义，提供了支持分布式交互仿真实现的服务。
RTI is the software that implements the High Level Architecture(HLA) interface specification. It provides common services to support realization of distributed simulations.
基于分布式交互仿真的视景仿真系统，对仿真结点的图形和网络处理能力提出较高的要求，需要在建模和算法上进行优化。
The visual simulation based on DIS raises a high demand on the graphics and the net processing ability of the simulation nodes, thus optimization in the modeling and choice of algorithms are required.
DR算法是分布式交互仿真(DIS)技术的关键技术之一。对DR算法的基本思想进行了研究，并进一步研究了DR模型。
DR algorithm is one of critical techniques for Distributed Interactive Simulation (DIS). This paper studies fundamental idea of the DR algorithm, and studies the DRmodel further.
随着计算机技术的飞速发展，分布式交互仿真可视化技术为多种武器和多种战术的综合运用、适应未来作战环境下武器体系对抗提供了一种试验手段。
As the rapid progresses of computer technique, interactive Technology provide a trial way of integrated wield manifold weapons and tactics and armament system counterwork in future campaign.
即利用集中和分布式的数据库结构对机群作战分布交互式仿真系统的数据库进行了优化设计，减少了网络数据流量。
Namely, using the centralized and distributed database design optimizes the configuration of simulation database of Air fleet fighting dis system and reduces network flux.
实验结果表明，该系统在实现分布式仿真系统数据驱动下的多通道静态场景、动态实体实时生成的同时，能够及时响应用户的交互操作，并且具有很高的性能价格比。
A case study shows that the system realizes the visual simulation of static view and dynamic objects, responds to the users' interaction in real time, and has high cost-benefit ratio.
实验结果表明，该系统在实现分布式仿真系统数据驱动下的多通道静态场景、动态实体实时生成的同时，能够及时响应用户的交互操作，并且具有很高的性能价格比。
A case study shows that the system realizes the visual simulation of static view and dynamic objects, responds to the users' interaction in real time, and has high cost-benefit ratio.
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