It currently takes many soldiers to control a robot and protect the machine's operator.
目前在操作军用机器人的时候还需要许多士兵来控制，并对操作人员加以保护。
The communications system to send and receive, control robot car running in the field.
经通讯系统发送与接收，控制机器人小车在场上奔跑。
The structure and control of robot welding station for front bridge of automobile was introduced.
介绍了前桥焊接机器人工作站的结构和控制系统设计。
Soccer robot dynamic anti-collision and motion control.
足球机器人动态避碰和运动控制。
The hydraulic drive and control system of stump cutter robot is introduced in the article.
本文介绍了伐根清理机器人液压驱动与控制系统。
The background control subsystem includes the arm robot system and background control server.
后台控制子系统包括手臂机器人系统以及后台控制服务器。
A detecting and control system for arm motion of the humanoid robot is described.
介绍了拟人机器人上肢运动检测与控制系统。
The robot movement is carried out including spot movement and track movement control.
实现了机器人的点位运动控制和轨迹运动控制。
To verify the control method , we design and produce a robot with a unactuated arm.
为了验证控制方法，设计制作了一个具有非驱动关节的机器人模型。
This paper introduces the mechanism and control system of radiation-detecting Robot in detail.
本文详细介绍了辐射检测机器人的机械机构组成和控制系统。
And its control system performance largely determines the performance of the palletizing robot.
而其控制系统性能在很大程度上决定了码垛机器人的性能。
Its successful application to robot control demonstrates the effectiveness and simplicity of the method.
在机器人控制中的应用，说明了这种方法的有效性和简洁性。
The method can be applied in multi-axis linkage and motion control of robot.
该方法可用于多轴联动、机器人等的运动控制。
One linear movement control method based on intelligent robot arm platform is presented and implemented.
基于智能机器手臂平台提出并实现了一种进行线性运动控制的方法。
Experiments show that the mobile robot and its remote control system meet the design goals.
实验表明，移动机器人本体及远程控制系统达到了设计目标。
The relationship between robot design, control and the dynamics is discussed briefly.
简要讨论动力学与机器人控制、设计的关系。
Testing route planning, turning, positioning and control for robot was studied.
对机器人的检测路线规划、转向、定位及控制进行了研究。
The control design and realization are made for a heavy robot with (6 + 1) DOF.
研究了一种七自由度重型装填机器人控制系统的设计与实现。
The automatic path planning and motion control are key technology in the mobile robot research.
自主路径规划和运动控制技术是移动机器人研究中的关键技术。
This dissertation studied the structure and control system of the 6 dof painting robot.
本文以六自由度喷涂机器人为研究对象，对其结构及控制系统进行了研究。
The hardware and software implementations of the spherical robot control system are introduced.
接着，介绍了球形运动器控制系统的软、硬件实现。
The hardware and software implementations of the spherical robot control system are introduced.
接着，介绍了球形运动器控制系统的软、硬件实现。
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