1) attack and defense
攻防
1.
Comparative Analysis of Attack and Defense Technical Effectiveness of Fujian Men s Team in Volleyball Preliminary Contest of the 10~(th) National Sports Meeting;
十运会预赛福建男排攻防技术效果对比分析
2.
Kickboxing, being a highly skillful and competitive sport, is noted for its quick shift of attack and defense, and the level of the athletes consciousness of attack and defense is directly relative to the result of each competition.
跆拳道是一项高技击性运动,攻防转换快,运动员攻防意识水平的高低直接关系到竞技的结果。
3.
The conclusions show that attack and defense of Wushu connotative two kinds of warrior spirits,such as "fighting kill" and "competition";Attack and defense of Wushu skill connotes the characteristics of Chinese nationality characteristics.
为了丰富、深化武术本体的文化内涵,提升对武术本体认识水平,从文化的视角,武术攻防得到了多层面的阐释。
2) offense and defense
攻防
1.
A Study for the Time-division and Characteristics of the Three States of Confrontation, Offense and Defense, and Intermittence in Wushu Sanda Competitions;
武术散打比赛中对峙、攻防、间歇三种状态时间划分与特征的研究
2.
In this article,a contrastive research is made on the relevant information of the top four women\'s basketball teams in the 29th Olympic Games in order to find out the existing gap between the offense and defense ability of Chinese Women\'s Basketball Team and that of world powers,analyze reasons for the gap and finally propose suggestions to narrow the gap.
对第29届奥运会女篮比赛前四名球队,美国队、澳大利亚队、俄罗斯队、中国队的相关信息进行对比研究,找出中国女篮攻防能力与世界强队之间的差距,分析产生差距的深层次原因,在此基础上提出合理的建议。
3) network attack and defense
网络攻防
1.
Research on the Techniques of Network Attack and Defense Based on Rootkit in Linux;
Linux环境中基于Rootkit的网络攻防技术研究
2.
Application of method based on hypothesized target in network attack and defense experimental teaching
基于虚拟靶机的方法在网络攻防实验教学中的应用
3.
To solve the security problem in network,based on the ideas and the methods of network cybernetics,the model of network attack and defense was proposed.
基于网络控制论的基本概念和原理,为解决网络安全问题,提出了一种网络攻防控制模型。
4) attack and defense simulation
攻防仿真
1.
In allusion to the typical attack and defense simulation of ballistie missile,applying the visual modeling and OO techniques,the use case model,the structural model and the action model of the UML for the attack and defense simulation system are visually modeled.
针对典型弹道导弹攻防对抗过程,在建模仿真基础上应用可视化建模和面向对象技术,通过用例模型、实体结构模型和行为模型分析了弹道导弹攻防仿真系统的构成、功能和运行流程,基于多武器系统混合柔性建模、多线程运行和试验动态配置、复杂系统数据库管理等关键技术,建立了实用的弹道导弹攻防仿真系统。
2.
The distributing attack and defense simulation is an important means to evaluate the combat effectiveness of ballistic missile.
基于分布式仿真技术构建导弹攻防仿真系统已成为评估导弹作战效能的重要手段。
5) attack-defense confrontation
攻防对抗
1.
Engineering method for operation effectiveness evaluation is proposed from the view-point of attack-defense confrontation,based on the characteristics of effectiveness evaluation and the advantage of operation simulation.
通过论述、总结导弹武器系统效能的基本概念,综合分析了现有作战效能评估方法使用的范围和存在的问题;结合效能评估的特点和攻防对抗仿真的优势,从攻防对抗观点出发,探讨了飞航导弹体系作战效能评估的实现途径;分析了基于攻防对抗仿真的飞航导弹作战效能分析过程,并根据飞航导弹对抗过程建立了飞航导弹的效能指标体系、模型框架、效能评估和分析方法。
2.
In order to improve the current network security evaluation systems, a novel evaluation algorithm, called the quantitative network security evaluation based on attack-defense confrontation, is proposed in this paper.
为了弥补当前网络安全态势评估系统的不足,提出了一种基于攻防对抗环境的网络安全态势量化评估算法。
3.
This paper analysis the behavior of constructing an Attack-defense confrontation simulation system, present the basic idea of modularization building and the framework of system, give the important model of the system ,including air to ground cooperate warfare model ,the offence ?penetration model of foe and the combat effectiveness model.
该文首先分析了构建攻防对抗仿真系统的意义及特点 ,给出了用模块化建模方法对系统进行建模的基本思想及系统的组成结构 ,给出了航空兵、地面防空兵协同作战抗击敌来袭目标模型 ,包括进攻突防模型、防御模型以及战果评判等模型 ,最后给出了具体实现方法。
6) attack-defense interaction
攻防对抗
1.
The present status of attack-defense interaction simulation systems is introduced, and the feasibility & advantages are discussed by regarding distribution systems as multi-agent systems.
介绍了攻防对抗仿真系统的研究情况 。
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。