1·The photos show tire tracks from the Apollo 17 lunar rover.
有照片显示阿波罗17号释放的月球车在月球表面留下的轮胎痕迹。
2·The driving control of lunar rover is one of the most important technologies.
月球车的驱动控制技术是其中的重要技术之一。
3·Based on the kinematics analysis of lunar rover, we build the whole vehicle model.
在对月球车的动力学分析的基础上建立了整车的车辆模型。
4·Localization and path planning are two important problems for lunar rover navigation.
定位与路径规划是月球车导航的两个重要问题。
5·1971 - Apollo program: Apollo 15 astronauts become the first to ride in a lunar rover.
1971年的今天，阿波罗计划：阿波罗15号的宇航员成为首个驾驶登月飞行器的人。
6·For example, powering a lunar rover while it is out of range of sunlight would work well.
例如，为一个超出太阳照射范围内的月球漫步者提供能源将会很有效。
7·Chang 'e 3 launched in 2013 was China's first moon landing and its first robotic lunar rover.
2013年发射的嫦娥3号是中国的第一次月球着陆任务，携带了中国第一个机器人月球车。
8·The dynamic characteristics of lunar rover are very complex when the rover steers on soft soil.
土壤 上的转向动力学特性比较复杂。
9·Research on coordinated wheel motion control for a lunar rover with six cylinder-cone-shaped wheels;
针对月球表面的非结构化环境，设计了一种新型六圆柱-圆锥轮式月球车。
10·An approach based on autonomous behavior agent of lunar rover motion planning and controlling is presented.
研究基于自主行为智能体的月球车运动规划与控制方法。
1·Chang 'e 3 launched in 2013 was China's first moon landing and its first robotic lunar rover.
2013年发射的嫦娥3号是中国的第一次月球着陆任务，携带了中国第一个机器人月球车。
2·The driving control of lunar rover is one of the most important technologies.
月球车的驱动控制技术是其中的重要技术之一。
3·An approach based on autonomous behavior agent of lunar rover motion planning and controlling is presented.
研究基于自主行为智能体的月球车运动规划与控制方法。
4·A large scale wireless sensor network is required in many applications such as lunar sensor network for lunar rover navigation.
大规模无线传感器网络在很多应用场合是需要的，比如用于月球车导航的月球传感器网络中。
5·A learning approach for the lunar rover's obstacle avoidance is presented.
提出了一种轮式月球车的避障学习方法。