没有军事测绘不可能形成数字化战场。
Digital battlefield can't be formed without military survey.
它还负责监督采购，为数字化战场开发并集成安全战术通信。
It also oversees the acquisition, development and integration of secure tactical communications for the digitized battlefield.
雷达电磁态势的三维表现是未来数字化战场的必然要求。
The 3d representation of Radar electromagnetic situation is a crucial requirement in the future Digital Battlefield.
按照数字化战场的决策，无线电通信设备、夜视护目镜以及其他电子设备是士兵的背包中必须的物品。
Following the decision to digitize the battlefield, radio communication equipment, night-vision goggles, and other electronic equipment become essential items in a foot soldier's backpack.
为适应未来数字化战场的作战需求，具有敌我识别能力的系统，已成为2 1世纪战场数字化系统的基本功能单元之一。
System possessing IFF capability has become one of basic function cell on digital system in 21 century battlefield, to fit operational requirement in future digitized battlefield.
研究了综合利用卫星图像信息、定位信息和其它信息建立三维数字化战场环境的技术，并对技术应用前景进行了综合分析。
In this paper, we study a Technique of building 3d digital battlefield environment by satellite image information, satellite surveying station information, and others.
地形、海洋、气象等环境影响下雷达电磁信息的三维表现是未来数字化虚拟战场环境不可回避的问题。
The 3D representation of Radar electromagnetic information affected by terrain, ocean and weather is a crucial problem in the future Digital Virtual Battlefield Environment (DVBE).
讨论了单兵数字化系统外部通信的功能结构和实现途径，以及战场信息网的无线电网和地域网实现。
This paper presents the function of the communication system used for Individual Soldier's Equipment Digitization, including its realization by way of wireless net and regional net.
现代电子战中信息的重要作用越来越不容忽视，这就对战场的数字化提出了更高的要求。
In present wars, information gets more and more important, so the need of battlefield digitalization is on the increase.
具有敌我识别能力的系统，已成为21世纪战场数字化系统的基本功能单元之一。
The system possessed FFI capability has been become one of basic function cells of digitized system on battlefield in 21 century.
具有敌我识别能力的系统，已成为21世纪战场数字化系统的基本功能单元之一。
The system possessed FFI capability has been become one of basic function cells of digitized system on battlefield in 21 century.
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