English translation for "人机的"

man-machine

Example Sentences:

	1.	One of the essential feature of intelligent human - machine interface is speech communication . so speech recognition has become an active research area 智能型人机界面的最基本特征是能进行人机的语音交互，因此语音识别成了当今研究的一大热门领域。
	2.	The control laws of longitudinal and lateral - directional autopilot modes are designed based on root locus theory . the control laws of altitude holding mode , heading holding mode , auto - throttle control and air speed holding mode are designed as well 研究了无人机的飞行控制技术，利用根轨迹法设计了无人机的纵向与侧向姿态保持控制律，设计了高度保持、航向保持、自动油门及速度保持控制律。
	3.	First part is about category and development of unmanned vehicle , and develop trend of unmanned warplane in 2000s . next part is about battle fashion of ucav and its power . last part talks about compose and key problem of ucav system 首先讲述了无人机的种类及发展历程，还有21世纪军用无人机的发展趋势；接着讲述了无人作战飞机的作战方式以及具备的能力；最后讲述了无人作战平台系统的组成及关键技术。
	4.	Through the analyze of dividing the sub - systems , interaction with environment , interaction with man and machine , a coarse - grained virtual prototype of space station has been assembled by the user model and the common model of vpm , it include environment system , dynamic system , time system , gnc system and power system . ( 3 ) the space environment model design 通过对空间站虚拟样机系统的子系统划分、与环境的交互、人机的交互的分析，采用用户模块和vpm系统提供的通用模块初步组装出一个空间站的粗粒度虚拟样机系统，包括空间环境、动力学系统、时间系统、 gnc系统、电力系统； ( 3 )空间环境模块设计。
	5.	Matlab / stateflow has a power function of logical management . flight manage system can be edited by stateflow with complex logical management . through the system uav can fly independently or fly by remote control . a power window to display the number and flight course is edited by matlab / gui , through the window flight control parameters and flight state can be adjusted 利用stateflow强大的逻辑和图形化编程功能模拟了无人机的飞行管理器,实现了自主飞行和遥控飞行的功能;利用gui用户图形界面建立了功能强大的人机界面,对simulink中的仿真数据进行显示。
	6.	Due to more and more application of unmanned air vehicles ( uav ) in war , theinteroperabilityand currencybetween uav systems become veryimportant . in 2001 . 04 , thefirstexperimenttocontrolthetake - offandlandingofamericanavy “ predator ” is carriedoutby the tactical control system ( tcs ) , which is developed by america navy . in theexperiment , the launch and recovery , flight control and payload control is finished , and thedata can be received directly from “ predator ” . for investigate the framework , informationcriterionandkeycontroltechniqueoftcs , it ’ snecessarytotesttheprototypeoftcs 随着无人机在战争中越来越多的应用,无人机系统之间的互操作性和通用性变得尤为重要, 2001年4月,美国海军研制的战术控制系统对美海军“捕食者”无人机进行了首次起飞和降落控制试验,试验完成了无人机的发射和回收、飞行控制、载荷控制,并可从“捕食者”飞机直接接收数据。
	7.	Lastly , previous vane are analysed by fluent , we calculate the pressure distribution chart and report chart of each wing form , then alter the torsion angle and the airfoil form of the vane respectively , finally ascertain the influence curve of the torsion angle and the airfoil form of the vane on which act the lift power 最后,通过fluent对设计出的叶片分析,得出其压力分布图和报告图。然后从改变叶片的扭转角度和翼型两个方面分析其对升力和阻力的影响。得出叶片的扭转角和翼型对升阻比的影响曲线,在文章的结尾部分估算了无人机的一些性能参数。
	8.	To increase the campaign effectiveness of uav , this thesis discusses the path planning of uav and solve the path planning in two conditions : the attacking mission and the reconnaissance / surveillance mission . some works have done to deal with the problems of mission planning , which considering the problems of dynamic environment and the multi - uav mission 为了提高无人机的作战效能，本文根据无人机的任务方式讨论了无人机的航路规划问题，分别对无人机攻击任务和侦察搜索任务的航路进行了研究，并进一步对无人机的任务规划问题进行了一些研究，涉及到了多机任务和动态问题。
	9.	In this paper , the major subject investigated is the ducted fan vertical take - off and landing ( vtol ) uav . compared with normal fixed - wing uav , it has so many strong points such as be convenient to take - off and land , good adaptability and long hover time . we analyze and summary information of foreign uavs , then calculate the figure dimension of our uav , and draw the uav structure configuration and the outside view drawing of three dimensional structure 本课题的研究对象是涵道风扇式垂直起落无人机,与一般的固定翼无人机相比,它有着起落方便、适应性强、可以在空中长时间盘旋等优点,本文通过对相关飞行器资料的分析总结,给出了无人机的大体结构尺寸,并画出了无人机的结构布局图和三维结构外观图。

Similar Words：

"人机" English translation, "人机边界" English translation, "人机操作系统" English translation, "人机程序包" English translation, "人机程序图" English translation, "人机调节系统" English translation, "人机调整适应" English translation, "人机动特性" English translation, "人机对话" English translation, "人机对话程序" English translation