1) counter space operation
空间攻防作战
2) air-defense combat
防空作战
1.
Research of Action Modeling of Air-Defense Combat CGF Based on Agent;
基于AGENT的防空作战CGF行为建模研究
2.
In this paper,first of all,the construe of air-defense combat CGF is instructed.
首先介绍了防空作战CGF系统的组成结构,提出了基于Agent的实体行为建模的方法和过程,最后以防空作战单元CGF系统为例,构建了搜索指挥Agent的行为模型,并对MAS(multiple Agent system)的行为规划和主体交互问题进行探讨,为防空作战CGF系统建模提供了有效的方法和途径。
3.
A discussion is given to tactics air-defense combat procedure,in which anti-defense system total effectiveness changed under all mean of command.
对战术级防空作战实施过程进行了分析研究,着重研究了各种指挥方式下,防空体系整体效能的变化情况。
3) air defense combat
防空作战
1.
The mathematical model of aircraft carrier survival probability in air defense combat
防空作战中航母生存概率的数学模型
2.
Combining the features of modern air defense combat and the operation process of command automation system,the factors affecting target threat estimation are analyzed and a corresponding mathematical model by applying an improved permutation method is established.
结合现代防空作战的特点和指挥自动化系统的工作过程,分析了影响目标威胁评估的几个重要因素,应用多属性决策中的一种改进排列法建立了数学模型,验证了其可行性。
3.
This paper puts forward a weapon target assignment model according to the characteristics of present air defense combat,such as high operating tempo,intense confrontation and multi batch invasion.
根据快防空作战的节奏、强对抗、多批次入侵特点,提出了武器目标分配模型。
4) air defense operation
防空作战
1.
This paper has established a model of the fire distribution in air defense operation based on the TSP.
基于神经网络TSP算法建立了防空作战火力分配模型,并通过在计算机上仿真运行了实例,优化了火力分配方案。
2.
Aiming at the request of the speed and veracity in modern air defense operation,the DEA method is used to investigate the air defense operation plan optimization problem.
针对现代防空作战对决策速度和准确性的要求,运用DEA方法研究了防空作战方案优选问题。
3.
The electronic warfare efficiency of the naval ship air defense operation is one of the basic foundation that weighs the capability of air defense operation.
舰艇防空作战中电子战的作战效能是衡量防空作战能力的基本依据。
5) air-defense operation
防空作战
1.
Application of air-ground coordination social to air-defense operations;
空地协同群在防空作战空地协同中的应用
2.
It analyzes the influence on intelligent c2 to the air-defense operation effect from the battle field overall situation.
为分析评估指控系统对防空作战效果的影响,研究从战场全局出发,对作战要素进行简化,将作战单元分为进袭飞机、指控系统和地空导弹等三类作战Agent,其中蓝方为守方以指控系统和地空导弹为代表,红方为攻方以进袭飞机为代表。
3.
To enhance decision-making efficiency of intelligent command and control system in air-defense operation,the experts and specialists experience considered,it is applied fuzzy heuristic rules to improve intelligent command and control system decision-making model of rules and inferential methods.
为提高防空作战智能指控系统决策效率,在充分考虑专家经验知识的基础上,利用模糊启发规则对智能指控系统决策模型中的规则和推理方法进行改进。
6) Air defense
防空作战
1.
Surface ship integrated air defense simulate system can implement air defense combat simulation in the process for offense and defense,research air defense combat method,authenticate the war power of new model weapon system,demonstrate the demand of air defense weapon.
水面舰艇综合防空仿真系统可实现在攻防对抗条件下防空作战过程的仿真,用于研究防空作战方法,验证新型武器系统的作战性能,论证各种防空武器装备的作战需求。
2.
At first,the method built on air defense service oppose model according to random service theory,then extracted breach probability to threat factor.
针对当前防空作战威胁估计中尚未考虑攻防对抗因素,提出了一种基于对抗效果的变权综合威胁估计方法。
3.
A method for predicting aerial target tracks in air defense warfare was put forward based on grey theory.
针对防空作战中空中目标航迹预测的问题,提出了一种基于灰色理论的空中目标航迹预测方法。
补充资料：单兵攻防武器
单兵攻防武器
在未来的高技术战争中，士兵将面临核、化、声、光、电磁等多方面的威胁。为此，一种能够完成昼夜观察、跟踪、瞄准、射击、技护等任务的多功能单兵攻防武器系统将随着战场环境的不断恶化而产生。它集单兵武器、综合防护、数字视听系统等多功能于一身。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。