Intelligent robot is one of intelligent machines.
智能机器人就是智能机器之一。
Laser processing technology and Intelligent robot area.
激光加工技术及智能机器人专区。
This paper introduces an design principle of intelligent robot.
本文介绍了一种智能机器人的设计原理。
In short, the intelligent robot developed the third generation is an important feature.
总之，智能的发达是第三代机器人的一个重要特征。
Chinese chess recognition is an important part of a chess playing intelligent robot system.
象棋识别是博弈智能机器人系统的重要组成部分。
As an intelligent robot, agricultural harvesting robot application is an example of robot technology.
作为智能机器人的一种，农业采摘机器人是机器人技术应用的典范。
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。
This design has AT89C51 single chip microcomputer as the core of detection and control of the intelligent robot.
本设计以at89c 51单片机作为智能机器人的检测和控制核心。
The software and hardware design of intelligent robot cutting system based on motion control card are discussed.
本文先容了基于行为节制卡的呆板人智能切割体系的软硬件计划。
Intelligent robot is a hotspot research field all over the world, and vision navigation is one of key techniques.
目前智能机器人是世界各国研究的热点领域，而视觉导航又是其中的关键技术之一。
In design of intelligent robot, How is the behaviorism realized to learn the action in interacting with environment?
在设计智能机器人过程中，如何来实现行为主义的思想，在与环境的交互中学习行为动作？
It is a very challenging task that robots kick football in the field of artificial intelligence and intelligent robot.
机器人踢足球，是人工智能及智能机器人领域一个极具挑战性的课题。
These thoughts are not only applicable to robot soccer match, but also instructive to other intelligent robot systems.
这些思想不仅适用于机器人足球比赛系统，而且对其它智能机器人系统同样具有指导意义。
Robot vision is one of the key technologies for intelligent robots, which plays a decisive role for intelligent robot.
机器人视觉是智能机器人的关键技术之一，对机器人的智能化起着决定性的作用。
Sensitive skin endows intelligent robot carrier with an ability to sense surrounding and the ability of real-time decision.
敏感的皮肤可以使智能机器人具有环境感知和实时决策的能力。
A lot of researches which have been done abroad proved that whisker sensors have become an important component of the intelligent robot.
国外开展了许多这方面的研究，研究表明触须传感器已经成为智能机器人的重要组成部分。
Robot action planning is one of the topics associated with intelligent robot control systems that are especially important and very complex.
机器人动作规划是智能机器人控制系统的一个特别重要而又十分复杂的研究课题。
As organizations intelligent robot behavior consistent with the purpose of the theoretical foundation of the brain is how we control our body?
作为组织智能机器人进行符合目的的行为的理论基础，我们的大脑是怎样控制我们的身体呢？
The paper discusses the basic theory of intelligent manufacturing system, intelligence cell technology, and the technology of intelligent robot.
本文对智能制造系统的基础理论、智能化单元技术、智能机器有关技术作了的论述。
This system has accomplished the task of testing in the outfield experiment of the Underwater Intelligent Robot and proved through the experiment.
该系统在水下智能机器人外场实验中完成了实验任务，并通过了实验验证。
Therefore, for the task of environment exploration of intelligent robot, path-planning arithmetic of multi-robot for environment exploration is presented.
为此，本论文针对智能机器人的环境探测任务，提出了基于环境探测的多机器人路径规划算法。
As an extendibility of human capability, robot, especially intelligent robot can greatly improve human productivity and ameliorate the living circumstance.
机器人，尤其是智能机器人，作为人类自身能力的一种延伸，能够极大地提高人类的生产力和改善人类的生存环境。
Abstract—Autonomous obstacle avoidance technology is the best way to embody the feature of robot strong intelligence in intelligent robot navigation system.
应急车辆智能避障技术及系统_智能避障小车摘要_家用扫地机器人具有自动避障，智能清扫，自动充电等功能，这体现了信息技术?。
The exact control and the storage and display of testing data of marching, winding and stopping of intelligent robot can be fulfilled by software programming.
通过软件编程实现对智能机器人行进、绕障、停止的精确控制和检测数据的存储、显示。
The gripper is one of the key components of space intelligent robot which integrates many sensors such as vision sensors, tactile sensors, force sensors, etc.
手爪是空间智能机器人的关键部件之一，它集成了视觉、触觉和力觉等多种传感器。
Autonomous mobile robot localization is one of the most important research branches of intelligent robot. It is the prerequisite to realize robotic navigation.
自主移动机器人定位是智能机器人领域的一个重要研究方向，是实现机器人导航的前提。
Autonomous mobile robot localization is one of the most important research branches of intelligent robot. It is the prerequisite to realize robotic navigation.
自主移动机器人定位是智能机器人领域的一个重要研究方向，是实现机器人导航的前提。
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