The axial deformation method was used to simulate the motion of robot fish in this paper.
采用轴变形方法模拟机器鱼的运动。
The Nao Robot by Aldebaran Robotics, is an amazingly advanced bot that boasts cognitive skills, a high level of motion with 25 degrees of freedom and its programmable.
法国奥尔德巴伦机器人研究公司（AldebaranRobotics）研制的机器人Nao是类人型机器人，它外形小巧可爱，全自动、可编程、拥有良好的认知能力，身体还可以自由转动25度来完成高难度的动作。 科学家曾把它们组成足球队参加国际性的机器人比赛——机器人世界杯足球赛。
It relies on velocity information of robot motion to establish an avoidance maneuver.
这种方法基于机器人运动速度信息制定的避障策略。
The technologies of intelligent mobile robots involve robot navigation and localization, path planning, motion control, etc.
智能移动机器人技术涉及到机器人导航与定位，路径规划，运动控制等。
The Robot is consisted of track vehicle and five freedom degree manipulator. It 'motion ability is analysed by calculation and checking.
即主要由履带式行走机构和五自由度机械臂组成，着重对履带式移动机器人的行走能力做了详细的计算和校核。
Moreover, we build up the robot-motion model, ball-motion model and robot-pushball model based on our own hardware system and analyse the basic behaviors and actions of the robot body.
针对我们自己的硬件系统分别建立了机器人运动模型、小球运动模型和机器人推球模型，在此基础分析了机器人小车的基本行为和动作。
This algorithm uses screw theory to describe the motion of the robot.
这种算法使用旋量理论来描述机器人的运动。
This paper presents an approach into building the gesture space for robot motion planning so as to the application for the motion planning of the mechanic arms in the complicated situation.
提出了机器人运动规划中的一种姿态空间建模方法，可用于机械臂在复杂环境中的运动规划。
Experimentation validates accuracy of motion of mobile robot controlled by voice.
实验验证了语音控制移动机器人运动的准确性。
The optimal load distribution was researched for coordinate motion of dual-arm robot handling object.
针对双臂机器人搬运工件的协调运动，研究载荷分配的优化方法。
This thesis focuses on design and motion planning of spatial hyper-redundant robot, which is meaningful to both academic and engineering application.
本学位论文对空间超冗余度机器人的设计及空间运动轨迹规划开展研究，具有重要科学意义和应用价值。
Robot also one of the most important applications of motion control.
机器人也是运动控制技术的最主要应用之一。
This paper analyses the cause of impact soccer robot motion discordance. Aim at characteristic of robot, this paper presents compensate arithmetic and implement scheme.
本文分析了影响足球机器人运动协调差的原因，针对机器人运动的特点，提出了同步补偿算法及实施方案。
Then we do another experiment on self-motion of the redundant robot arm in order to testify the above presented control method.
其次，基于冗余手臂的自运动，对冗余度手臂控制系统进行了控制方法的实验研究。
Firstly, it discusses the concept and usage and motion characteristics of free flying space robot.
首先，论述了自由飞行空间机器人的概念、用途和运动特性。
According to the concept of motion reliability, an analysis model for movement error is established by considering basic requirement of robot motion reliability in this paper.
本文依据动作可靠性的基本概念，结合机器人动作可靠性评价的基本要求，建立了机器人运动误差分析模型。
Based on the geometrical properties of the constrained system in configuration space, the motion and the constraining forces of robot system are studied.
基于在位形空间中受约束系统的几何性质，对机器人系统的运动及所受的约束力进行研究。
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。
The influence on motion precision by the gear-driven robot is discussed also, and measures to be taken are suggested to improve the motion precision of the robot.
针对机器人小车机械结构的齿轮传动，讨论对小车运动精度的影响，并提出提高小车运动精度的措施。
The control problem of joint motion of a free-floating space robot with dual-arms was discussed.
讨论了自由漂浮双臂空间机器人关节运动的控制问题。
Based on the control sequences from the motion planning, the motion control of the spherical robot can be realized.
基于运动规划得出的控制输入，就可以实现球形机器人的运动控制。
A structure of task level OLP system is presented for arc welding robot, which consists of a modeler, a task programmer, a task planner and a robot motion simulator.
提出了一种弧焊机器人任务级离线编程系统的结构，包括建模器、任务编程器、任务规划器和机器人运动仿真器等四个基本模块。
The motion ability of autonomic mobile robot is determined by its body structure and its motion controller system.
移动机器人车体结构和运动控制系统决定了它的运动能力。
Simplified the structure of robot and established the sagittal motion model and lateral motion model by adopting the method of generalized coordinates.
对机器人结构进行简化，采用广义坐标方法分别建立机器人前向运动、侧向运动时的运动学模型。
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。
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。
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