控制作战

为了保证AUV在研制开发、设计制造中高效率、高可靠性，以及在水下实验和作战使用完成运动控制、作战任务，并且能够安全回收，必须对其传感器系统的工作状态进行监测。

To guarantee the higher efficiency and reliability in the research , development , design and manufacture , and finish the motion control , mission and safely homing in the underwater experiments and actual combat , it is necessary to monitor the condition of some components in the AUV system .

摘要由于指挥官控制战场作战资源实体，作战实体资源在任务上的聚集导致决策实体间需要复杂的交互协作。

There exit lots of complex interdependence among decision-making entities because of combat resource entities clustering on task and commander controlling those resource entities .

对指挥实体建模与仿真的三个主要内容-任务规划、指挥控制和作战行动协同所采用的各种关键技术手段和方法进行了较为深入的分析。

Deeply analyzed kinds of key technologies adopted by the three main aspects of command entitys modeling and simulation-mission planning , command and control , maneuver cooperation .

建立了基于任务、面向结构、具有集中-分布式指挥控制关系的作战编队组织结构。

A combat team organization , which is based on structure and combat mission and has a centralize-distribution command control relation , was proposed .

然后，根据作战系统是一复杂系统这一基本观点，并以复杂系统理论为指导，探讨了作战中的指挥控制、进攻作战、防御作战的一些基本策略。

Then , on the basis of the complex system theory , it deals with some fundamental strategies for C ~ 2 , defense , attack .

最后实现了操作员控制台指挥控制多架无人作战飞机协同作战的仿真，并对进一步的研究进行了展望。

Lastly , the simulation scenario of one operator console commanding and controlling several UCAVs was realized , and the prospect of next research was also proposed .

它被设计成能从窗户投入，并在室内行走，装备有一台视频相机，该系统由一个手持单元控制，在城市作战中用于侦察部队前进方向上的陷阱和埋伏。

Designed to be tossed into windows and through doorways , and equipped with a video camera , the system is controlled by a handheld unit to scout ahead for booby traps and ambushes in urban operations .

本文着重介绍了80年代以来国外发展新一代舰载指挥控制系统所采用的新技术，以及这些新技术对提高指挥控制系统作战效能的影响。

The paper overviews new techniques used in a new-generation shipborne command and control system of abroad since 1980 's , and its effects on the improvement of its operational effectiveness .

军用电力系统是火力与指挥控制系统最重要的能源，其供电质量直接影响火力与指挥控制系统的作战效能。

Military power system plays an important role in fire control command control system , its power quality has great effects on fire control command control system .