1) formation EW
编队电子战
1.
Adopting multi-sensor data blend technology can increase the command and operation capability of formation EW.
采用多传感器数据融合技术可以提高编队电子战的指挥和作战能力。
2) Fleet EW
舰队电子战
3) air combat formation
空战编队
1.
On air combat formation of helicopters based on genetic algorithm;
遗传算法在直升机空战编队优化中的应用
4) tactical formation
战术编队
1.
In this thesis,the tactical decision method of corrdinated air battle of multi-groups aircrafts under command of AWACS is analysed,the models of its tactical formation,threat assessment and target assignment are established.
分析了预警机指挥下的多机群协同空战的战术决策方法,建立起了它的战术编队、威胁评估以及目标分配模型,并进行了仿真计算,结果表明此战术决策方法对于提高多机群协同空战的作战效能有着显著的作用,对于未来无人作战飞机多编队协同作战也具有很好的参考价值。
2.
A layered project was proposed,and then tactical formation and its keeping style were listed.
研究了分层作战计划并制定了战术编队和队形保持方法,根据虚拟战场威胁情况建立飞行路径图,并对路径图进行了多样化处理和约束处理,利用遗传算法针对长机进行航路规划。
5) formation air combat
编队空战
1.
Target pairing in the formation air combat makes fighter pilots choose the opponent with more rationality and certainty.
编队空战目标分配可以使飞行员在选择空战对手时更趋理性,也更有针对性。
6) formation tactics
编队战术
1.
On one hand, the optimization method for large-scale air combat formation tactics based on genetic algorithm is developed in this paper.
本论文主要进行两方面的理论研究：一方面是发展一种用遗传算法优化大规模空战编队战术的方法；另一方面是对遗传模拟退火算法的寻优性能进行研究。
补充资料：电子战
| 电子战 electronic warfare 见电子对抗。 |
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