作战

基本解释 (translations)

campaign  ·  hosting  ·  war  ·  warf  ·  campaigned  ·  campaigning  ·  campaigns  ·  warred  ·  wars

词组短语

conduct operations · do battle

与作战相关的网络例句 [注：此内容来源于网络，仅供参考]

According to the operational application characters of rocket assisted torpedo, as well as the definition, applicable occasion, and implementing means of ship-to-air missile, ship-to-ship missile, and acoustic homing torpedo salvo, this paper analyses and achieves the definition and conception of rocket assisted torpedo salvo in order to improve the actual training and operation, and enhance the anti-submarine capability of surface formation.

针对火箭助飞鱼雷这一反潜利器，本文根据其作战使用特点，参考舰空、舰舰导弹及管装声自导鱼雷齐射的定义、使用时机和组织实施方法，分析了与实际训练和作战相契合的火箭助飞鱼雷齐射相应的定义和概念，对火箭助飞鱼雷的作战使用及发挥我方水面舰艇编队反潜作战能力具有重要意义。

Assistance to the Air Force to carry out the expansion. After the war, into the development phase of the restoration, completed basic combat training and logistical support systems, combat aircraft to achieve the beginning of jet. 60 era for the expansion and gradually equipped with F-86D, F-5A and F-4F fighter. 80s equipped with F-5E/F, F-16 fighter aircraft, air defense automated alert system officially running. In July 1991, the Army air defense artillery and troops under the command of the Air Force formed to form a radar, aircraft, surface to air missile (anti-aircraft) integrated air defense system. 90, to receive from the U.S. military operational command, weapons and equipment have been developed, the first home-made aircraft KF-16 aircraft factory, F-16 fighters equipped with AIM-120 advanced air-to-air missile in the distance, procurement from France,"Northwest Wind "-air missile. 2002 selection of a new generation of F-15K fighter jets.

战后，进人恢复发展阶段，基本建成作战、教育训练和后勤支援系统，作战飞机开始实现喷气化。60年代进行扩编，逐步装备F—86D、F—5A和F—4F型战斗机。80年代装备F—5E/F、F—16型战斗机，自动化防空警戒系统正式运行。1991年7月，陆军防空炮兵司令部及所属部队划归空军建制，形成雷达、飞机、地空导弹一体化防空体系。90年代，从美军接收作战指挥权，武器装备也得到较大发展，首架自制KF—16型飞机出厂，F—16型战斗机装备AIM—120型先进中距空空导弹，从法国采购"西北风"式地空导弹。2002年选用F—15K新一代战斗机。

This paper analyses the characteristic of network for armada.Twelve factors which influence network reliability of armada are concluded.

0引言以信息化和网络化为中心的海上编队作战，已经成为现代海上作战的基本模式，多节点分布式网络化的作战系统已成为海上作战系统发展的主导方向。

Brought up as a Field Artilleryman,his duty positions include Commanding General of the US Army Combined Arms Command Fort Leavenworth/Deputy CG, US Army Training and Doctrine Command for Combined Arms, Fort Leavenworth, Kansas; CG, 3rd Infantry Division, US Army Europe and Seventh Army; Director of Force Development,Office of the Deputy Chief of Staff for Operations and Plans, US Army,Washington, DC; Director, Army Airland Battle Deep Attack Programs Office, and Deputy Chief of Staff for Operations and Plans, US Army, Washington, DC; and Director of Studies and Analysis, Office of the Deputy Chief of Staff for Combat Developments, TRADOC, Fort Monroe,Virginia.

他是一名与生俱来的野战炮兵，他曾经担任的职位包括：肯萨斯州莱文沃思堡美国陆军合成兵种司令部的将军级指挥官；肯萨斯州莱文沃思堡美国陆军训练与条令司令部负责合成兵种的副将军级指挥官；美国驻欧洲陆军和第七集团军第三机械化步兵师的将军级指挥官；华盛顿特区美国陆军副参谋长办公室负责作战与计划的部队发展主管；华盛顿特区美国陆军机降作战纵深攻击项目办公室主管，和负责作战与计划的副参谋长；弗吉尼亚州门罗堡训练与条令司令部负责作战开发的副参谋长办公室研究与分析主管。

By choosing Boltzmann constant adequately, and combining with a mathematical model based on stochastic serviec system theory to analyze combat effectiveness, the shortcut to solve quantiatively the problem about optimization of a weapon system′s combat configuration is presented.

在防空导弹武器系统的作战布局优化中使用模拟退火算法，选取适当的Boltzmann常数，结合基于随机服务系统理论的作战效能分析数学模型，得到了较为快捷的定量优化武器系统作战布局的方法。

The Soviet experience in amphibious warfare in World War II contributed to the development of Soviet operational art in combined arms operations.

在第二次世界大战中两栖作战苏联的经验促进了苏联在作战兵种作战艺术的发展。

During process of dynamic operation system integration centering on operation tasks,because of complexity of the logic relations among operation tasks and limited number of operation system s,there may exists operation system s conflicts among operation tasks.

以作战任务为中心，动态集成作战系统的过程中，由于作战任务间逻辑关系的复杂性，以及作战系统的数量有限性，作战任务之间可能存在作战系统冲突问题。

A fine-grained genetic algorithm based algorithm which is for the parameters optimization problem of agent model is proposed. The fine-grained genetic algorithm is used to solve the parameters optimization problem of agent model. As to the parameters optimization problem of the agents colony model, the first step is to define the concept of "the parameters mode of the combat agents colony" to describe the parameters of the combat agent colony model. Then the genetic algorithm is used to solve the optimization problem with the parameters mode of the combat agent colony model as the genetic individual. Besides the algorithm, the algorithm dispatch tactic is also considered. And the two level sequence dispatch tactic and the two level nesting dispatch tactic are put forward for those complex parameters optimization problem. At last, the model parameters optimization under antagonism codition is studied. The means to solve this problem is to translate it into a kind of antagonism problem, then use the competitive co-evolutionary genetic algorithms to solve it.

其中：提出了一种基于细粒度模型的作战智能体模型参数优化求解算法，用细粒度模型遗传算法求解作战智能体模型参数优化问题；提出了"作战智能体群体参数模式"的概念，对作战智能体群体模型参数进行形式化描述，再以作战智能体群体参数模式为遗传个体，应用遗传算法求解作战智能体群体模型参数的优化问题；研究了上述优化问题求解算法的调度策略，提出了分层模型参数优化算法的双层顺序调度策略和双层嵌套调度策略，解决复杂的模型参数优化问题；将对抗条件下作战模型参数的优化问题转化为一种对抗性问题，应用竞争性共同进化遗传算法，进行求解。

According to the characteristics and basic tasks of sky wave over-the-horizon radar ,based on the method of Analytic Hierarchy Process, the hierarchy structure of the operational effectiveness evaluation index of sky wave over-the-horizon radar is set up.

根据天波超视距雷达的工作特性和作战任务，运用层次分析法，给出了天波超视距雷达作战效能评估指标的层次结构，确定了各效能指标及相对权重的计算方法，得出了天波超视距雷达作战效能评估的数学模型，为该雷达的发展改进及作战使用提供辅助的决策依据。

The paper brings forward the conception of command decision-making in space war and it~′s uncertainty,gives methods and gist to compartmentalizing the uncertainty problem about command decision-making in space war.Furthermore,from the point view of composing elements,the uncertainty factor about decision-maker,decision-making tool and decision-making inf...

提出了空间作战指挥决策与空间作战指挥决策不确定性的概念；给出了划分空间作战指挥决策不确定性问题的方法、依据；从组成要素的角度，研究了决策主体、决策工具、决策信息中存在的不确定性因素，以及对空间作战指挥决策的影响。

与作战相关的网络解释 [注：此内容来源于网络，仅供参考]

battle array：(军队,战舰,飞机等的)作战队形,作战所穿铠甲和使用器械

battle area | 战斗地域 | battle array | (军队,战舰,飞机等的)作战队形,作战所穿铠甲和使用器械 | battle control station | 战斗指挥所

battle array：作战队形; 作战装备

battle 战斗; 交战; 战役; 争斗 (名) | battle array 作战队形; 作战装备 | battle cruiser 巡洋战舰

battle group：作战大队(海军)

battle force 作战部队(海军) | battle group 作战大队(海军) | battle map 作战地图

Battle：作战

而作战序列(battle of order)通常指在同一战役(campaign)时期内所发生过的各种大规模作战(battle)所需兵力而纳入作战编制的各种单位.

combatant commander：作战(司令部)司令

combatant command 作战司令部 | combatant commander 作战(司令部)司令 | combat area 作战地域

fight with：与......作战;和......一起作战

fight over为......而争吵 | fight with与......作战;和......一起作战 | fight back还击;忍住

Mop-up Operation：歼灭作战 第二号

歼灭作战 第一号 Mop-up Operation #1 | 歼灭作战 第二号 Mop-up Operation #2 | 歼灭作战 第三号 Mop-up Operation #3

Mop-up Operation：歼灭作战 第四号

歼灭作战 第二号 Mop-up Operation #2 | 歼灭作战 第三号 Mop-up Operation #3 | 歼灭作战 第四号 Mop-up Operation #4

Mop-up Operation：歼灭作战 第三号

歼灭作战 第二号 Mop-up Operation #2 | 歼灭作战 第三号 Mop-up Operation #3 | 歼灭作战 第四号 Mop-up Operation #4

War operations involving fires conflagrations and hot subs：汽油炸弹引起的作战行动损伤

水中武器爆炸所引起的作战行动损伤 War operations involving ex... | 汽油炸弹引起的作战行动损伤 War operations involving fires conflagrations and hot subs | 核武器所引起的作战行动损伤 War operations invol...