账号:
密码:
CTIMES / 社群討論 / 產品應用論壇

Tommy Chung
(不在在线)
nbsp;
来自: 美加
文章: 1102

发 表 于: 2010.10.21 11:28:59 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來

工研院機器人 下棋、接球都行

 

工商時報

 

工研院在昨(19)日登場的「台北國際機器人大展」,展出多款結合「視覺伺服技術」的智慧型機器人。工研院表示,機器人可以透過視覺技術,判斷外界環境,藉此提升機器人使用智能。工研院預估,5年內國內將創造200億元的智慧機器人產值。

 

此外,國內已有不少科技業者投入機器人研發,包括華碩、微星、華寶通訊等。其中,華碩以及華寶在機器人研發技術上,都與工研院有所合作。

 

工研院機械所所長吳東權指出,智慧自助化是未來機器人的發展趨勢,而「影像辨識機器視覺」是提高機器人智能的關鍵技術之一。吳東權表示,工研院已開發出視覺伺服控制平台模組與模組晶片,該技術可在短時間內處理大量影像資料,進行影像追蹤,以及物體移動軌跡運算。

 

工研院昨日展出的三部智慧型機器人,其核心技術即是採用視覺伺服器,包括接球機器人,利用影像辨識技術追蹤球體移動軌跡,再控制機械手臂完成接球動作;會與人對戰九宮格的家用機器人Roppie,以及隨身碟組裝機器人。

 

工研院指出,Roppie利用機器視覺看到對手下棋的位置,再以此運算自己該下哪一步棋,並控制機械手臂抓取棋子,放置到對應的位置。工研院表示,家用機器人長期研發目標,是要達到提供生活協助、遠距互動,以及處理家務等功能。

 

而隨身碟組裝機器人透過影像辨識技術,可以依據生產線的快慢,調整抓取組裝的速度。

 

工研院表示,具機器視覺的組裝機器人能克服傳統自動化系統的長設定時程,以及轉換不易的缺點,有助降低成本。工研院表示,目前隨身碟業界多半在大陸設廠,採取人力安裝為主,隨著大陸基本工資逐年上揚,若業者有意返台設廠,組裝機器人即可派上用場。

(Yahoo!)

检视会员个人资料个人资料 回复文章 回顶端

Tommy Chung
(不在在线)
nbsp;
来自: 美加
文章: 1102

发 表 于: 2010.10.22 11:08:25 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來
检视会员个人资料个人资料 回复文章 回顶端

Tommy Chung
(不在在线)
nbsp;
来自: 美加
文章: 1102

发 表 于: 2010.10.25 12:00:06 PM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來

Man Builds Overly-Elaborate Humanoid Robot to Deal with His Wasp Problem

Man Builds Overly-Elaborate Humanoid Robot to Deal with His Wasp Problem

This is from Japan, so I can't tell if the mohawk and quirky fashion sense are intentionally ironic or not (I kid, Japan, honest!), but I am sure that Professor Sekine here just built a robot to kill some bees.

The 'bot, called Mohican, is a remote- and voice-controlled insect hunter. Impervious to wasps' stingers, it climbs ladders and delivers death to those beehives and wasps' nests where humans dare not tread.

Kidding aside, Sekine also envisions his bot doing other hazardous-to-human jobs in nuclear power plants and, presumably, battling giant wasps that were horribly mutated by said power plants. On that front, we certainly wish him well when testing and deployment begins next spring. [Asahi via Plastic Pals via Engadget]

(gizmodo)

检视会员个人资料个人资料 回复文章 回顶端

Tommy Chung
(不在在线)
nbsp;
来自: 美加
文章: 1102

发 表 于: 2010.10.28 09:47:51 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來

Actroid-F,可以去演鬼片的人型機器人

說真的,這應該是最接近真人外型的機器人了,除了內在的技術面,外表的化妝造型也十分周全地顧及到了,皮膚髮型妝容無一不真,但就因為太真實,看起來反而多了份違和感,Kokoro 公司打算讓之前研發出的遠端遙控機器人 Actroid-F 披上護士服去實際出征,看醫院裡的病人對它的反應如何,Annti 是覺得這個實驗還是不要入夜去做,不然更容易出問題,跳轉後可以看一下影片。

 

 

检视会员个人资料个人资料 回复文章 回顶端

Tommy Chung
(不在在线)
nbsp;
来自: 美加
文章: 1102

发 表 于: 2010.10.28 10:28:45 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來
NXT的機器人專用太陽能電池板dSolar
來自:weiphone
 
環保時代的到來,讓機器人也開始變得環保了,下圖中的dSolar就是一款由第三方公司,一個專門生產樂高積木機器人組合玩具的公司德克斯特產業,為樂高的MINDSTORMS NXT樂高玩具機器人開發的太陽能電池組件板。

這塊太陽能電池板外形很像機器人的樣子,可以將它輕鬆地安插在樂高的Mindstorms NX的樂高機器人上,讓機器人不必耗費電池,就能靈活運作。dSolar太陽能電池板一共分有兩種規格,一種產生的電流為 250mA的,另一種則為 500mA的,兩款的電壓均為 9V的,價格分別為 90和99美元。既可以拿來幫鋰電池充電,也可以直接連接在使用的MINDSTORMS NXT 。下面有兩個視頻,從視頻上看該電池板的確是蠻大一塊。

來自:威鋒網(weiphone.com)
检视会员个人资料个人资料 回复文章 回顶端

Only Chen
(不在在线)
nbsp;
来自: 台北縣
文章: 1024

发 表 于: 2010.11.16 11:18:55 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來

Gemenoid F Robot Actress takes center stage

The advancement in robotics is impressive but sometimes, it can be a bit scary. I don’t know what to think of this Gemenoid-F, a robot actress. This android is the first ever real robot to get an acting role on stage in Japan and definitely in the world too.

“Acting” for the robot is controlled so it’s easier for the director or any co-actor or co-actress. There’s no diva or primadonna to deal with as she it will do everything as told.

You may watch the Gemenoid-F Robot Actress in action here:

(techfever)

================================================================

這是貞子機器人嗎??!!

检视会员个人资料个人资料 回复文章 回顶端

Only Chen
(不在在线)
nbsp;
来自: 台北縣
文章: 1024

发 表 于: 2010.11.18 11:30:44 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來

Robotic legs a step in the right direction

Tskuba, Japan (CNN) -- Thirty years ago doctors told Noboru Matsumoto he would never walk again.

Matsumoto had suffered severe brain injuries after a motorcycle crash. The accident left his speech slurred and unable to walk properly, though he has some movement in his left leg.

It was in that movement that Professor Yoshiyuki Sankai saw hope for Matsumoto to defy the original doctor's diagnosis.

Professor Sankai is the inventor of the Hybrid Assistive Limb (HAL), a wrap-around robotic belt and legs. Sensors sit on top of the patient's skin that picks up the brain signals instructing the body to move.

"The sensors detect human intentions and finally, the robot walks instead of the human's body," says Professor Sankai.

Because Matsumoto has nerve function, he was the perfect patient to benefit from Professor Sankai's HAL suit.

When I see the smiling faces of the patients my heart is encouraged.
--Professor Sankai, inventor of HAL
RELATED TOPICS
  • Asia
  • Japan
  • Isaac Asimov
  • Medical Technology

To demonstrate the "suit", the power was turned on and two nursing aides assisted Matsumoto as he pulled himself up. They assisted, Matsumoto did the standing on his own.

When the steps came, tentative and small, Matsumoto had the infectious smile of a teenager. It was easier to imagine what he looked like before his accident, as he put one foot in front of the other.

Matsumoto has used the robotic legs before at his rehabilitation clinic, but he never tires of the sensation of standing and walking.

"It's hard to explain," says Matsumoto, in halting English. "I'm very happy."

That transformation in the patient is what drives Professor Sankai, as he looks towards globalization of his invention. There are 140 HAL suits in use in Japan, renting for just under $2,000 a month. Professor Sankai is in the final stages of bringing the suits to Sweden and Denmark and is hoping to one day introduce the suits to the U.S., to help the aging baby boomers.

Professor Sankai walked me through Cyberdyne, his venture firm and R&D laboratory where the public can glimpse other models of his HAL suit.

The models vary in size and purpose. There's a bulkier, full body suit aimed at giving caretakers superhuman strength to lift patients in nursing homes. Another variation is more scaled down; looking to a future when the robotic legs are so thin the patient could wear them underneath clothing.

Cyberdyne is science fiction come to life, which is fitting, since Sankai was first inspired by robotics after reading Isaac Asimov's "I, Robot." A theme repeated in Asimov's fiction is the "Three Laws of Robotics," which includes not harming humanity.

While the professor's invention bears the same name as the malevolent robot in the movie "2001: A Space Odyssey", the intention of all of the HAL suits, is benevolent.

Professor Sankai says governments from the U.S. to South Korea have reached out to him to develop his robotic suits for military usage. He's turned down the deep pockets of those governments, he says, because his inventions are only for peaceful means.

The choice is a simple one, says the professor, if you spend any time with his patients.

"Their faces completely change," explained the Professor. "When I see these smiling faces, my heart is also encourages (sic)."

Noboru Matsumoto is certainly smiling more, even as his physical therapy session comes to an end. After each session, he has something that was so elusive three decades ago-- hope.

"Hashiritai desu," says Matsumoto. "I want to run."

(CNN)

检视会员个人资料个人资料 回复文章 回顶端

Only Chen
(不在在线)
nbsp;
来自: 台北縣
文章: 1024

发 表 于: 2010.11.18 11:49:22 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來
检视会员个人资料个人资料 回复文章 回顶端

Tommy Chung
(不在在线)
nbsp;
来自: 美加
文章: 1102

发 表 于: 2010.11.19 09:49:15 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來

Lego Laser 3D Scanner Scans Lego Pieces to Make More Lego

Lego Laser 3D Scanner Scans Lego Pieces to Make More Lego

There's no limit, no limit I tell you, to the power of Lego. This is a do-it-your-self 3D laser scanner made of Lego used to scan Lego pieces to use it in a Lego 3D design software to build more Lego.

The scanner uses a NXT controller, Lego pieces and modifications to connect the laser reader to the software. The results are incredibly good. These are the scanned pieces, in the 3D CAD software LDraw:

Lego Laser 3D Scanner Scans Lego Pieces to Make More Lego

I love the idea of Lego scanning Lego to create Lego. You know where all this is going: It involves paradoxes, judgment day, bleeding goats and inter-dimensional portals. [Brothers Brick]

(gizmodo)

检视会员个人资料个人资料 回复文章 回顶端

Tommy Chung
(不在在线)
nbsp;
来自: 美加
文章: 1102

发 表 于: 2010.11.19 09:54:15 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來

Lightning Review: My New Mechanical Legs

Lightning Review: My New Mechanical Legs

In the week I've had these PowerStrider jumping stilts, not a single person I talked to knew exactly what they were. Even I wasn't sure, as I was wearing them. But after a while, things started to make sense.

http://gizmodo.com/5692743/lightning-review-my-new-mechanical-legs

(gizmodo)

检视会员个人资料个人资料 回复文章 回顶端

Tommy Chung
(不在在线)
nbsp;
来自: 美加
文章: 1102

发 表 于: 2010.11.22 11:19:02 AM
文章主题: Re: 樂高機器人知道怎樣在短時間玩出魔術方塊來
检视会员个人资料个人资料 回复文章 回顶端
[上一页]     1  2  3  4  [5]  6  7   [下一頁]
  相关讨论
[專欄]大陸創新創業人才磁吸效應的挑戰
[專欄]大陸創新創業人才磁吸效應的挑戰
[專欄]大陸創新創業人才磁吸效應的挑戰
NEC發表可不受天候影響的光解析技術
[評析]台灣新定位:與全球創客接軌
  相关新闻
AI擂台的血腥争夺 英特尔如何在刀光剑影中扭转颓势?
安立知:NTN设备开发将面临延迟和频移等挑战
Anritsu 安立知全新非地面网路专题网站亮相,支援装置开发
扇出型面板级封装驱动AI革新 市场规模预估突破29亿美元
资策会携手学界启动南台湾生成式AI教育合作
  相关文章
汽车微控制器技术为下一代车辆带来全新突破
摆明抢圣诞钱!树莓派500型键盘、显示器登场!
Arduino新品:UNO SPE扩充板,随??即用UNO R4实现超高数据传输、即时连结
以马达控制器ROS1驱动程式实现机器人作业系统
推动未来车用技术发展
刊登廣告 新聞信箱 读者信箱 著作權聲明 隱私權聲明 本站介紹

Copyright ©1999-2024 远播信息股份有限公司版权所有 Powered by O3
地址:台北市中山北路三段29号11楼 / 电话 (02)2585-5526 / E-Mail: webmaster@ctimes.com.tw