搜索结果: 121-135 共查到“国际动态 机器人控制”相关记录317条 . 查询时间(2.069 秒)
Instability in engineering is generally not a good thing. If you’re building a skyscraper, minor instabilities could bring the whole structure crashing down in a fraction of a second. But what if a qu...
能自我进化的机器人“问世”
机器人 英国
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2015/8/13
英国和瑞士科学家携手研制出了一种能自我进化并不断改进性能的机器人系统。他们的最终目标是研制出能适应周围环境的机器人,这些机器人未来或能应用于汽车制造或农业领域。
新一代机器人能像人一样自我适应环境
机器人 像人一样 自我适应环境
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2015/7/16
德国马普智能系统研究所开发出了两款新一代机器人。这种机器人可以像人一样具有自我学习和自我适应环境的功能,被称为仿人机器人,未来可以在许多复杂的环境中替代人类工作。
目前国际上开发的大多数智能机器人在复杂环境中还难以做到像人一样动作自如,机器人面对复杂的地形或障碍物,无法像人一样及时反馈信息,并做出适应环境的新决定。例如在一个倒塌的核反应堆里进行关闭阀门、操作电泵等动作。这些机器人只能根据事先设定...
![](http://www.firstlight.cn/upload/imgfile/20157/13/2015713155836956.jpg)
Tough tail of a seahorse may provide robotic solutions(图)
Tough tail seahorse robotic solutions
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2015/7/13
One of the ocean’s oddest little creatures, the seahorse, is providing inspiration for robotics researchers as they learn from nature how to build robots that have capabilities sometimes at odds with ...
![](http://www.firstlight.cn/upload/imgfile/20157/13/201571315506190.jpg)
Why the Seahorse’s Tail is Square and How It Could be an Inspiration for Robots and Medical Devices(图)
Seahorse’s Tail is Square Inspiration for Robots Medical Devices
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2015/7/13
Why is the seahorse’s tail square? An international team of researchers has found the answer and it could lead to building better robots and medical devices. In a nutshell, a tail made of square, over...
Iowa State engineers develop micro-tentacles so tiny robots can handle delicate objects
Iowa State engineers micro-tentacles so tiny robots handle delicate objects
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2015/7/13
The tiny tube circled an ant’s thorax, gently trapping the insect and demonstrating the utility of a microrobotic tentacle developed by Iowa State University engineers.“Most robots use two fingers and...
日本发布《机器人新战略》
机器人新战略 IT技术
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2015/5/15
日本政府于1月下旬发布了《机器人新战略(Japan’s Robot Strategy)》。该战略认为,在世界快速进入物联网时代的今天,日本要继续保持自身“机器人大国”(以产业机器人为主)的优势地位,就必须策划实施机器人革命新战略,将机器人与IT技术、大数据、网络、人工智能等深度融合,在日本积极建立世界机器人技术创新高地,营造世界一流的机器人应用社会,继续引领物联网时代机器人的发展。
![](http://www.firstlight.cn/upload/imgfile/20155/25/2015525163930552.jpg)
UW researchers hack a teleoperated surgical robot to reveal security flaws(图)
UW researchers teleoperated surgical robot reveal security flaws
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2015/5/25
To make cars as safe as possible, we crash them into walls to pinpoint weaknesses and better protect people who use them.That’s the idea behind aseries of experimentsconducted by a University of Washi...
Playgrounds are popular spaces for young children to play and learn. They promote exploration of the physical environment and motor and social skill development, allowing young children to be autonomo...
Research engineers and students in the University of California, Los Angeles (UCLA)Biomechatronics Lab are designing artificial limbs to be more sensational, with the emphasis on sensation.With s...
![](http://www.firstlight.cn/upload/imgfile/20153/31/201533114356723.jpg)
美国研制出可监测湿度的微型生物机器人(图)
湿度 微型生物机器人 美国
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2015/3/31
“这是一个令人着迷的设备,你可以说它是一个传感器,也可以说它是一个类似于机械战警般的生物机器人。”美国伊利诺伊大学芝加哥分校的科研人员日前将真菌所产生的孢子与石墨烯量子点结合在了一起,制造出了一种极其微小的生物机器人。该装置有望用于环境监测、食品安全等领域。相关论文发表在自然出版集团旗下的《科学报告》期刊上。
![](http://www.firstlight.cn/upload/imgfile/20153/25/201532516125843.jpg)
Carnegie Mellon’s Snake Robots Learn To Turn By Following the Lead of Real Sidewinders(图)
Carnegie Mellon Snake Robots Learn the Lead of Real Sidewinders
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2015/3/25
Researchers at Carnegie Mellon University who develop snake-like robots have picked up a few tricks from real sidewinder rattlesnakes on how to make rapid and even sharp turns with their undulating, m...
Assembly line workers won't be swapping stories with their robotic counterparts any time soon, but future robots will be more aware of the humans they're working alongside.
![](http://www.firstlight.cn/upload/imgfile/20153/4/201534114241699.jpg)
The Better to See You With: Prosthetic Leg Would Keep an Eye on the Path Ahead(图)
Prosthetic Leg Would Keep an Eye the Path Ahead
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2015/3/4
Mo Rastgaar is poised to take a giant step forward in the development of a better prosthetic ankle.The Michigan Technological University mechanical engineer and his team have already developed a proto...
欧盟机器人技术研发创新进入黄金期
机器人 欧盟
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2015/3/4
集世界上最先进的智能、自治、认知、传感、仿生、致动、自学习和相互学习等技术于一身的现代机器人技术,在欧盟及其成员国长期R&D投入的资助支持下,正在进入科技创新成果多发的黄金期。近期在法国图卢兹(Toulouse)举办的欧洲第四届机器人技术展示会上,欧盟22个成员国及联系国的500余机器人系统参展,创造了最新记录。不仅展出的机器人数量相对上一届增加30%,而且智能型自治多功能机器人的数量与质量明显提...