The paper deals with the design of fire control system simulation trainer with modern high technique, and point out implementation approach of specific modular.
提出了一种利用现代高新技术的火控系统模拟训练器设计的思路，并指出了具体模块的实现方法。
With the development of modern aviation fire control technology, advanced simulation technology is urgently needed in the design of new integrated fire control system.
随着现代航空火控技术的飞速发展，新型综合火控系统的研制与开发迫切需要先进仿真技术的强有力支持。
This paper establishes accurate mathematic model of fighting vehicle Fire Control System and constructs a synthetic and opening man-in-the-loop simulation platform based on HLA.
通过对各种战车火控系统建立精确的仿真数学模型，构建一个基于HLA的综合性和开放性的半实物仿真试验平台。
A fire control simulation system for flight simulator based on MIL-D-1553B bus consists of a fire control simulation computer, a fire control simulation console and power supply.
基于1553B总线的载机火控模拟系统，由火控模拟计算机、模拟发控台和电源组成。
Simulation example shows that design of the evaluation system is reasonable and reliable. It can be an important research platform of airborne fire-control radar's pre-research and upgrades.
最后通过仿真实例验证了评估系统设计的合理性和可信性，证明其可以作为机载火控雷达预研论证、改造升级的重要研究平台。
Some simulations of the effectiveness evaluation have done to the networked fire control system and the result of the simulation shows that the effectiveness of the system goes up.
对网络化火控系统进行了效能评估，仿真测试结果表明系统的作战效能有所提高。
This paper makes a study of the application of Direct3D in development of air combat simulation system of airborne FCS (Fire Control System) and introduces the method of software development.
研究了在航空火控系统检修设备中，测试软件的仪器无关性设计方法。
This paper makes a study of the application of Direct3D in development of air combat simulation system of airborne FCS (Fire Control System) and introduces the method of software development.
针对航空火控系统结构和检测的特点 ，设计了一种基于层次数据模型的航空火控系统检测数据库系统。
This paper makes a study of the application of Direct3D in development of air combat simulation system of airborne FCS (Fire Control System) and introduces the method of software development.
针对航空火控系统结构和检测的特点 ，设计了一种基于层次数据模型的航空火控系统检测数据库系统。
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