1) airborne command and control system
机载指控系统
1.
In order to evaluate its effectiveness efficiently and reasoningly, this paper discusses how to use the method of fuzzy AHP to evaluate the effectiveness of airborne command and control system, it disposes the fuzzy of weight in AHP, then sets up a model on the analysis of airborne command and control system.
为了合理而有效地评估机载指控系统效能,运用模糊AHP分析法对该分析法中的权值的模糊性进行了处理,建立了机载指控系统效能评估模型,并通过具体算例证明了此方法的有效性和可行性,为机载指控系统的效能评估提供了一种方法和途径。
2) airborne fire command and control system
机载火力指挥控制系统
1.
Prospects for development of airborne fire command and control system;
机载火力指挥控制系统发展展望
3) command and control system
舰载指控系统
1.
An application strategy of the method on ship-borne command and control system(SCCS) domain was proposed,and the meta-model and MOF(meta object facility) of MDA for SCCS were described.
首先提出模型驱动开发方法在舰载指控系统中的应用策略,说明了模型驱动架构的元模型建立过程,描述了利用元对象设施(MOF)扩展元模型的方法。
4) shipborne command and control system
舰载指火控系统
1.
This paper expatiates on the shortcoming of displaying of shipborne command and control system, and enumerates the universal rules of displaying.
阐述了现海军舰载指火控系统信息显示界面的不足,列举了界面信息显示的普遍原则。
5) airborne fire control system
机载火控系统
1.
Research on analysis model for dynamic precision of airborne fire control system;
机载火控系统动态精度分析模型研究
2.
The method of effectiveness evaluation on airborne fire control system is always a complex problem.
机载火控系统效能评估一直是个较为复杂的问题。
3.
An intellective fault diagnosis system of the airborne fire control system with self-study function is study.
研究了一种应用于机载火控系统的具有自学习功能的故障诊断系统。
6) aerial fire control system
机载火控系统
1.
The functional requirements of precision test of the universal aerial fire control system instrument are analyzed.
分析了通用型机载火控系统精度测试系统的功能要求,介绍了基于PC104总线的通用型机载火控系统精度测试系统硬件的通用平台和基于测试模型的软件通用平台的设计方法,最后分析了系统设计的主要技术难点和解决方法。
2.
Because the aerial fire control systems have many types and equipmengs become more and more complex and update very fast,the design and update speed of the aerial fire control system test system require more and more fast.
机载火控系统种类繁多,设备日益复杂且不断更新,对机载火控系统检测系统的开发速度和更新速度提出了更高的要求,通用测试平台能够实现测试设备的快速开发和同步更新,满足机务部队快速保障的需求;介绍了基于虚拟仪器技术和PC104总线的硬件通用平台的设计方法和基于测试模型的软件通用平台的设计方法;实践证明,该机载火控系统通用测试平台能够实现测试系统的快速开发和更新,且环境适应能力强,运行可靠,使用方便。
补充资料：机载气象雷达(见机载航行雷达)
机载气象雷达(见机载航行雷达)
airborne weather radar
liZai qiXIQng Ieida机载气象雷达(ai rbom。weather radar)见机载航行雷达。
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