1) tactical planning
战术飞行动作决策
1.
China are not very effective when used for tactical planning of air combat.
给出基于遗传算法的飞机战术飞行动作决策方法和算法。
2) tactics maneuver decision
战术机动决策
1.
A fuzzy tactics maneuver decision-making model is proposed.
对传统的马尔科夫决策模型进行了扩展,通过定义攻击威胁下机动智能体的模糊状态空间、模糊状态转移规律和决策收益,建立了模糊战术机动决策模型,较好地描述了实际作战决策中的模糊认知、分析、判断等信息处理过程。
3) operations decision
作战决策
1.
Firstly, three problems are discussed: what effect every human thought way has in operations decision; how much capacity computers have on imitation for human thought; what limitations operations decision of highly automation has.
首先讨论了人的各种思维形式在作战决策中的作用、计算机模拟人的思维的能力和作战决策高度自动化的局限性。
4) tactical decision
战术决策
1.
Aiming at our battleplans having the characteristic of holding multi-type battleplans and having great difference in air combat capabilities, using the theory on cooperative air combat, the method of tactical decision in multi-target distribution fitting for multi-type cooperative air combat was discussed.
针对多个机型能够同时使用而且空战性能差别很大的特点,研究运用多机协同作战的理论来探讨适合多机型协同空战的目标分配战术决策方法。
2.
The neural network has good foreground in the field of air combat tactical decision.
最后给出了仿真算例,计算结果表明,通过文中介绍的方法改进的协同优先权算法可以更有针对性地完成战术决策任务。
3.
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。
5) tactics decision-making
战术决策
1.
On the basis of the targets danger evaluation,probability calculation of targets damage and the fighter s operating effectiveness,the fuzzy model of the multi-target attack tactics decision-making is established.
基于目标的威胁程度、对目标的毁伤概率、以及载机实施多目标攻击过程中操纵的平滑性三个因素,建立了多目标攻击战术决策的模糊数学模型;采用连续型 Hopfield 神经网络解算方案,实现多目标攻击火控解算的高速和高精度。
2.
The tactics decision-making should be a dynamic decision-making process with uncertainty because of the uncertainty of air combat situation.
空战过程中由于空战态势的不确定性,战术决策也应作为一个动态的不确定性决策问题进行研究。
3.
The unmanned combat airplane vehicle(UCAV) teams tactics decision-making based on infiuence diag rams with their advantages of dealing with uncertainty inference is built.
随着武器的高科技化、战场环境的复杂化、战斗节奏的加快,智能化的战术决策系统在现代战争中占有越来越重要的地位。
6) airfight
飞行作战
1.
Aim ing at the complexity of the airfight system,whose characteristic is multi-task,high real-time ,concurrent etc.
针对飞行作战环境的复杂性,即飞行作战系统的多任务、高实时性、协调性等特点,提出了基于分布实时多A-gent的飞行作战知识处理系统体系结构,通过分析飞行作战系统特有的高实时性要求,对分布实时多Agent系统的通信机制、协调机制等进行了研究,给出了基于时间约束的多Agent系统的技术解决方案。
2.
This Paper analyses the function and domain-knowledge of airfight Knowledge Processing System.
文章在分析了无人飞行作战系统功能和领域知识类型的基础上,提出一种基于黑板模型的飞行作战知识处理系统。
补充资料：兵种战术学(见战术学)
兵种战术学(见战术学)
science of arms tactics
bingzhong zhanshuxue兵种战术学(seiene。。faxTn。taeties)见战术学。
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