Analyzes the process of warship battle damage assessment, gains basic process of warship battle damage assessment.
分析了舰船战场损伤评估过程，从而得到舰船战场损伤评估的基本流程。
Object to the multi sensors character in warship battle damage assessment, a Bayesian net inference arithmetic is up forward considering observation operation.
针对舰船战场损伤评估的多元信息特点，建立了在观测操作条件下的舰船战场损伤评估的贝叶斯网络推理算法。
In the future naval battle high demands are put forward to the transmission of the warship communication network.
未来海战对舰艇通信网络传输提出了更高的要求。
In battle surroundings, repairs priorities of warship malfunction equipments were closely related with the warship's missions and facing threats.
作战环境中的舰艇所肩负使命和面临的威胁对装备修理优先级的确定有着较大影响。
From different points of view, it analyzes the configuration ability which can provide references for the early warning, detecting, and battle commanding decision-making of the warship formation.
从不同角度对舰载直升机对空预警的配置进行了分析，可为舰艇编队预警探测和作战指挥决策提供依据。
In modern naval battle, warship is more likely to be attacked and badly destroyed as anti-ship weapon is equipped with higher hitting precision and stronger exploding power.
在现代海战中，随着反舰武器命中精度的提高和爆炸威力的增强，大型水面舰艇遭受反舰武器攻击的概率和破坏程度也随之增大。
A warship involved in a battle would encounter the assault from enemy anti-warship weapons.
舰船在海战时，会遭到敌方反舰武器的攻击。
The warship is depicted in full sail as she headed for the battle of Trafalgar and triumph over the French and Spanish fleets in 1805.
该模型描绘了1805年，“胜利号”前往特拉法尔海战、在海军名将纳尔逊勋爵指挥下一举击败由拿破仑率领的法国、西班牙联合舰队时的勃勃雄姿。
The warship is depicted in full sail as she headed for the battle of Trafalgar and triumph over the French and Spanish fleets in 1805.
该模型描绘了1805年，“胜利号”前往特拉法尔海战、在海军名将纳尔逊勋爵指挥下一举击败由拿破仑率领的法国、西班牙联合舰队时的勃勃雄姿。
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