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- Safety Analysis for Tracked Mobile Robot System Based on Inverse FTF 基于逆向FTF的履带式移动机器人安全性分析
- HEADING TEACHING-PLAYBACK BASED PATH FOLLOWING CONTROL FOR A TRACKED MOBILE ROBOT 基于航向示教再现的履带式移动机器人路径跟踪
- tracked mobile robots 履带式机器人
- Tracked mobile robot 履带式移动机器人
- track mobile robot 履带式移动机器人
- SLAM Problem of Mobile Robots in Unknown Environment. 未知环境中移动机器人SLAM问题的研究进展。
- Primarily a 3D simulator for multiple indoor and outdoor mobile robots. 多个室内和室外机器人可移动的主要一台3D模拟器。
- The design of this mobile robot was a complex one, which took us a lot of time. 这个能行走的机器人的设计很复杂,所以花费了我们很多的时间。
- One of the core technologies of mobile robot is navigational technology. 移动机器人的核心技术之一是导航技术。
- Mixed coding landmarks are used in the precise localization of a mobile robot. 摘要提出了一种用混合编码路标的方法对移动机器人精确定位。
- I realized this design would constitute a hitherto unstudied class of wheeled mobile robots. 我发现,以这种概念设计而成的轮式行动机器人,是至今还没有人研究过的新类型。
- Location management is used in mobile communication networks to track mobile terminals (MTs).It has two basic operations: location update and paging. 摘要 移动通信网络中,位置管理用于跟踪移动台,由位置更新和寻呼两个基本操作。
- After deducing the kinematical model of the four-wheeled mobile robot, a fuzzy controller, which can imitate human in driving, is designed to control the mobile robot to track the line. 在详细推导了四轮式移动机器人的运动学模型后,设计了一个能模仿人驾驶汽车行为的模糊控制器来实现直线跟踪控制。
- A moving-target tracking and obstacle avoidance control system for unicycle mobile robots is proposed in this paper. 设计了双回路的双轮移动机器人运动目标追踪与避障控制方案。
- Choi,J.S. and Park,S.K.,2002,“Sensor-Based Motion Planning for Mobile Robots”, FIRA Robot World Congress. 禚建威,2007,居家环境清洁机器人,国立成功大学,硕士论文。
- A new diision, Nielsen Wireless, has been formed to track mobile Internet and ideo usage. The data will be drawn from Nielsen's National People Meter T sample. 尼尔森无线已经成立一个新的部门来跟踪移动互联网和视频使用。数据来自尼尔森的全国人民公尺电视样品.
- These were waist-high cylindrical mobile robots that skittered around in a flock. 这是些高度及腰的圆柱形移动机器人,它们成群结队,四处奔忙。
- Lane recognition in unstructured environments is the basis for vision-based navigation of mobile robots. 非结构化环境的道路分割是移动机器人视觉导航的一个重要研究内容。
- Typical nonholonomic systems include cars, mobile robots, some of the space robots, underwater robots, and so on. 典型的受非完整约束系统(简称非完整系统)包括车辆、移动机器人、某些空间机器人、水下机器人等。
- The most common systems of locomotion for mobile robots use variations of wheels, tracks, or legs. 运动最共同的系统为流动机器人使用轮子、轨道, 或腿的变异。