Sensor Network is the key for the Network Cententric Warfare (NCW).
作为网络中心战(NCW)的关键要素，传感器网络日益重要。
Zone air defence network-centric warfare (NCW) is the tendency of air defence warfare in future.
区域防空网络化作战是未来防空作战的发展趋势。
As a new engage concept, network-centric warfare (NCW) will be the main combat mode in the future.
网络中心战作为一种新的作战概念，将成为未来作战的主要样式。
The practice of this approach shows its good application for NCW(Network Centric Warfare) in future.
实际应用表明该系统在网络中心战中有较好的应用前景。
The research is very meaningful to optimization analysis and planning for the architecture of zone air defence NCW.
此项研究对于区域防空网络化作战体系的优化分析和规划具有一定的指导意义。
NCW enhances the battlespace situational awareness ability and enables Information Superiority in military operations.
网络中心战增强了战场空间态势感知能力，将信息优势转换成作战优势。
To take an example for 3-node brigade (regiment) NCW architecture, end-to-end network latency is determined and correspondent link information is gained.
以3节点旅(团)级网络中心战架构为例，计算了端到端网络时延并且获取了对应的链路信息。
To adapt to the demand of network centric warfare(NCW) and realize the global attack tactic, the USA army started the plan of global information grid(GIG) in 2000.
美军为了适应网络中心战的要求，实现全球打击战略，在2000年就启动了全球信息栅格（GIG）计划。
Aiming at the fact of ASW of fleet under the NCW Background, this paper researches the threat assessment submarine attacking on fleet using the hierarchy analyse theory.
针对网络中心战(NCW)背景下水面舰艇编队反潜的实际情况，采用层次分析理论探究潜艇对水面舰艇编队的威胁判断问题。
Anewlayermodel including man thinker layer about NCW based on the theory of the man - machine hybrid control system is proposed. And the core command and control system of NCW is analyzed.
运用复杂混合控制系统层次结构理论，提出了突出人作用的网络中心战层次模型，分析了网络中心战的核心指挥与控制系统。
Anewlayermodel including man thinker layer about NCW based on the theory of the man - machine hybrid control system is proposed. And the core command and control system of NCW is analyzed.
运用复杂混合控制系统层次结构理论，提出了突出人作用的网络中心战层次模型，分析了网络中心战的核心指挥与控制系统。
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