日本的一些机器人会走路还会跳舞。
我们已经看到了所有其他机器人使用的方式，比一个人走路用的能量多得多。
All the other robots we have seen use way, way more energy than a human USES when a human walks.
汽车制造商本田公司就制造了一个小孩般大小、会说话走路的机器人——阿西莫。
Automaker Honda has developed the child-sized Asimo, which can walk and talk.
研究小组负责人You Bum - Jae在一份声明中说：“Mahru是一款具有人类特点的机器人，它会跳舞、能走路，是被开发用来代替人从事一些工作的。”
"Mahru, which can dance while walking on its legs, was developed as a humanoid robot capable of working in place of a human," team leader You Bum-Jae said in a statement.
Asimo是高级步进灵活发明，是不多的仅仅靠两条腿走路的机器人。
Asimo, which stands for Advanced Step In Innovative Mobility, is one of a very few robots that can walk reliably on two legs.
近年来，韩国研发出了一系列的机器人模型，其中包括会走路的机器人保姆、机器企鹅、机器考拉和机器兔等。
South Korea has in addition developed a walking robot maid, a robotic penguin, koala and rabbit, and a variety of other models.
我们可能将面临的是一大群奇形怪状的电子装置，带头的是小巧可爱，用两条腿走路的日本产机器人，如阿西莫机器人和若丸机器人。
We’d be faced with a horde of peculiar looking devices headed by a host of small, cute and bipedally mobile Japanese robots, including Asimo and Wakamaru.
有些种类的机器人可以走路和说话。
邦加德强调仿生机器人较快或者很快学会“鲁棒仿生步态”走路，优越于固定结构只具有固定行为的机器人。
Robots who evolve this way learn to walk more quickly and have a more "robust gait" than those that were built with fixed bodies and behaviors.
仿人机器人更容易做一些事情，比如开车，操作机器以及在楼梯上走路，尽管他们有时候会摔倒。
Humanoid robots have an easier time driving vehicles, operating machinery and walking on stairs - even if they sometimes fall.
小宝贝，熵，就是一个代表着宇宙消耗掉了多少的词。什么东西都会消耗，知道吗，就像你那个会走路会说话的小机器人，记得吧？
Entropy, little sweet, is just a word which means the amount of running-down of the universe. Everything runs down, you know, like your little walkie-talkie robot, remember?
这种定位和规划方法模仿了盲人在熟悉环境下用拐杖走路的过程，适于室内移动机器人的实时定位和运动规划。
This method imitates the blindman's motion manner in known environment with crutch , and can be used for indoor mobile robot.
这款小机器人可以用两条腿走路，甚至可以和主人进行交流，虽然它的词汇量和沟通能力的程度目前还是有限的。
Therobot can walk on its two legs and will even talk back to its owner, although the extent of itsvocabulary and ability to communicate is limited.
像人类一样走路的机器人？
现场的三种设计方案分别来自不同的研究小组，但他们不约而同地采用了相同的原理来使机器人模拟人类走路的步态。
The three designs, each built by a different research group, use the same principle to achieve a human-like gait.
现场的三种设计方案分别来自不同的研究小组，但他们不约而同地采用了相同的原理来使机器人模拟人类走路的步态。
The three designs, each built by a different research group, use the same principle to achieve a human-like gait.
应用推荐