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Trends of space robotics Design methodologies for a colony of autonomous space robot explorers

机译:空间机器人设计方法的趋势自主空间机器人探险家殖民地

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Up to present, Mars soil exploration has been carried out by single rovers, who had to take the scientific measurements and also to provide orientation and obstacle avoiding. Rovers cooperated in a team by means of simple and lightweight explorers, which can map the search area, finding features very fast. Consequently, they can guide the scientific rover directly to the interesting parts of the mapped area. The boundaries of the searching zone can be reached rapidly. The discovery of new features and looking behind obstacles is not anymore a demanding task for the heavier main rover. We designed a new kind of robot for space exploration, which is on development. The concept of colony of many robots for exploration, able to perform actions on Moon or on Mars is here presented, like a step for new concepts in space robotic design. Ladyfly robots also provide a new locomotion system, which permits a more reliable and safe motion in front of different soils (hard or with sand).
机译:截至目前,MARS土壤勘探已被单一的流域进行,他不得不采取科学测量,并提供避免的方向和障碍。 通过简单而轻量级的资源管理器,在团队中合作,可以映射搜索区域,找到非常快的功能。 因此,他们可以将科学漫游者直接引导到映射区域的有趣部分。 可以快速到达搜索区域的边界。 对新功能和俯视障碍物的发现并不是对较重主罗孚的苛刻任务。 我们为空间探索设计了一种新的机器人,这是开发的。 许多机器人的殖民地的概念在这里展示了能够在月球或火星上执行动作的机器人,就像空间机器人设计中的新概念一样。 Ladyfly机器人还提供新的机置系统,允许在不同的土壤面前更可靠和安全的运动(硬或带沙)。

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