1) air defense C+3I system
防空指挥自动化系统
1.
In this paper, by analyzing the capability of the air defense C+3I system, first, an index system for synthetic evaluation of the air defense C+3I system efficiency is built up;Second, the fuzzy synthetic evaluating model and method are given; Third, the method of calculating weight - the alternative optima relative method is introduced; Finally, a practical example is given.
通过对防空指挥自动化系统性能的全面分析 ,建立了其系统效能综合评判的指标体系 ,给出了系统效能评价模型和评价方法 ,介绍了运用择优比较法确定权重的方法 ,并进行了实例分析 。
2) fire control command automatic system
消防指挥自动化系统
3) automatic command system
指挥自动化系统
1.
Starting with the combat process of air division,this paper analyzes operational efficiency index system of automatic command system of air division under condition of countermeasures based on the composition of the automatic command system.
从航空兵师作战过程出发,依据指挥自动化系统的组成,分析了对抗条件下航空兵师指挥自动化系统的作战效能指标体系;并结合人的因素对航空兵师指挥自动化系统作战效能的影响,建立效能评判指标体系,在此基础上建立基于神经网络的对抗条件下航空兵师指挥自动化系统作战效能的模糊综合评判模型,进行自适应训练和误差分析。
2.
of building the information countermeasure automatic command system in the city air defence.
研究了城市防空信息对抗指挥自动化系统建设的必要性、建设目标、系统框架结构、功能等。
4) C～3I system
指挥自动化系统
1.
Influence of Command Bypass the Immediate Leadership on Viability C~3I system;
越级指挥对指挥自动化系统生存能力的影响
2.
This article explains the concept of C～3I system,and then introduces the common functions and composition of C～3I system.
简述了指挥自动化系统的概念,描述了指挥自动化系统的一般功能和组成。
3.
To assess effectiveness of C~3I system,a new method of hierarchical recursion algorithm is introduced based on the definition of effcacy coefficient.
针对指挥自动化系统效能评估问题,在给出功效系数定义的基础上,提出了一种新的评价方法———功效系数层次递归合成算法。
5) C~4ISR system
指挥自动化系统
1.
The paper started with the conception of general system evaluation,classified the system effectiveness in evaluating the C~4ISR system and presented their definitions,introduced a new kind of effectiveness-system task effectiveness,built the structure of Evaluating Index System of C~4ISR systen,analyzed the relationship among the measures.
从一般系统评价中效能的基本概念入手,给出了指挥自动化系统效能评价中效能的分类及各类的定义,总结了指挥自动化系统效能评价的特点,引入一类新的效能——作战任务效能;在此基础上提出了指挥自动化系统效能评价指标体系的结构,即“作战效能指标——作战任务效能指标——系统效能指标——系统性能指标”的四层指标结构,并进一步研究了指挥自动化系统效能评价过程中各类指标之间的关系。
6) command automation system
指挥自动化系统
1.
Research on Several Key Multimedia Security Problems of Command Automation System;
指挥自动化系统中多媒体安全若干关键问题研究
2.
Air-defencing command automation system is the machine and nerve center of air-defencing system, and also the significant mark of antagonizing between air-attacking systems and air-defencing ones.
防空指挥自动化系统是防空体系的核心要素和神经中枢,是防空与空中进攻2大体系间进行体系对抗的重要标志;论述了空军地空导弹兵师战术防空指挥自动化系统的设计依据及原则、系统体系结构、系统组成与功能,系统中空情综合、态势显示和目标优化分配等关键技术;实践表明,系统设计合理、高效,具有推广应用价值。
3.
Architecture is a "universal and conception" description of command automation system from the point of top level design.
体系结构是从顶层设计的角度,对指挥自动化系统进行的一种"统一的和概念的"描述。
补充资料：后勤指挥自动化系统(见后勤指挥自动化)
后勤指挥自动化系统(见后勤指挥自动化)
automated system of logistic command
houqin zhihui zidonghua xitong后勤指挥自动化系统(automated、ys-tem of logistie eommand)见后勤指挥自动化。
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