1.
Design of Humanoid Robot Soccer System Based on Global Vision;
基于全局视觉的类人型机器人足球系统的设计
2.
The final purpose of the robot is to have one Asimo in every home, to live with human beings.
研发这种类人型机器人的最终目的是让它进入每个家庭并和人类朝夕相处。
3.
Construction of Humanoid Robot Soccer System Based on Global Vision
基于全局视觉的类人型足球机器人系统构建
4.
You are a modified Type 3 maintenance android fashioned to look like my A.I. persona.
你是被改进的3号类型机器人 样式是暂时型号.
5.
Optimal scheduling of no-wait robotic cell with multi-type parts
多工件类型的无等待机器人制造单元调度研究
6.
Research on Type Synthesis and the Method of Choosing Optimum of a Family of Spatial Translational Parallel Robots;
一类空间平移的并联机器人的类型综合和优选方法研究
7.
Medarot G Kuwagata Version
金属机器人G-锹型虫版
8.
A State Generator for Humanoid Robots Based on Genetic Algorithm
基于遗传算法的类人机器人状态生成器
9.
"The human mind will always be superior to machines because machines are only tools of human minds."
人类的智慧将总是高于机器，因为机器只是人类智慧的工具。
10.
Research of the System of Robocup Mid-Size Robot & Multi-Robot Coorperation;
Robocup中型机器人系统及多机器人协作研究
11.
Robots need some human features in order to be able to do human work.
机器人需要一些人的特征以便能干人类的工作。
12.
Workers should always check the safety device before operating the machines in the workshop. This applies to all industries and machine types.
工人应该在操作机器之前经常检查车间的安全设备。这个要求适用所有行业和所有机器类型。
13.
Humanoids IEEE-RAS International Conference on Humanoid Robots.
电子和电机工程协人类特点的机器人国际会议。
14.
Machines will talk to machines without human intervention.
机器和机器直接进行对话，不用人类的介入。
15.
Dynamic and Stable Gait Planning of Miniaturization Humanoid Robot;
小型仿人机器人的动态稳定步态规划
16.
Research and Development of Kid-Size Humanoid Robot THBIP-Ⅱ
小型仿人机器人THBIP-Ⅱ的研制与开发
17.
Reseach of the SCARA Robot Controller with Open Architecture;
开放式SCARA型机器人控制器的研究
18.
Design and Analysis of Propulsion for Sub-mini Underwater Vehicle
超小型水下机器人推进器设计与分析