ABOUT THE SPEAKERS
Pattie Maes - Researcher
As head of the MIT Media Lab's Fluid Interfaces Group, Pattie Maes researches the tools we use to work with information and connect with one another.

Why you should listen

Pattie Maes was the key architect behind what was once called "collaborative filtering" and has become a key to Web 2.0: the immense engine of recommendations -- or "things like this" -- fueled by other users. In the 1990s, Maes' Software Agents program at MIT created Firefly, a technology (and then a startup sold to Microsoft) that let users choose songs they liked, and find similar songs they'd never heard of, by taking cues from others with similar taste. This brought a sea change in the way we interact with software, with culture and with one another.

Now Maes is working on a similarly boundary-breaking initiative. She founded Fluid Interfaces Group, also part of the MIT Media Lab, to rethink the ways in which humans and computers interact, partially by redefining both human and computer. In Maes' world (and really, in all of ours), the computer is no longer a distinct object, but a source of intelligence that's embedded in our environment. By outfitting ourselves with digital accessories, we can continually learn from (and teach) our surroundings. The uses of this tech -- from healthcare to home furnishings, warfare to supermarkets -- are powerful and increasingly real.

More profile about the speaker
Pattie Maes | Speaker | TED.com
Pranav Mistry - Director of research, Samsung Research America
As an MIT grad student, Pranav Mistry invented SixthSense, a wearable device that enables new interactions between the real world and the world of data.

Why you should listen

When Pranav Mistry was a PhD student in the Fluid Interfaces Group at MIT's Media Lab, he worked with lab director Pattie Maes to create some of the most entertaining and thought-provoking interfaces the world had ever seen. And not just computer interfaces, mind you -- these are ways to help the digital and the actual worlds interface. Imagine: intelligent sticky notes, Quickies, that can be searched and can send reminders; a pen that draws in 3D; and TaPuMa, a tangible public map that can act as Google of physical world. And of course the legendary SixthSense, which is now open sourced

Before his studies at MIT, he worked with Microsoft as a UX researcher; he's a graduate of IIT. Now, as director of research at Samsung Research America, Mistry heads the Think Tank Team, an interdisciplinary group of researchers that hunts for new ways to mix digital informational with real-world interactions. As an example, Mistry launched the company's smartwatch, the Galaxy Gear, in 2013.

More profile about the speaker
Pranav Mistry | Speaker | TED.com
TED2009

Pattie Maes + Pranav Mistry: Meet the SixthSense interaction

Pattie Maes 演示“第六感”,划时代的科技饰品

Filmed:
11,289,293 views

这个演示 -- 来自Pattie Maes在麻省理工的实验室,由Pranav Mistry演示 -- 在TED大受好评。这是一个可佩带的带有一个投影仪的设备,为我们与周围环境的互动带来了新的启发。想象一下《少数派报告》吧。
- Researcher
As head of the MIT Media Lab's Fluid Interfaces Group, Pattie Maes researches the tools we use to work with information and connect with one another. Full bio - Director of research, Samsung Research America
As an MIT grad student, Pranav Mistry invented SixthSense, a wearable device that enables new interactions between the real world and the world of data. Full bio

Double-click the English transcript below to play the video.

00:12
I've been intrigued好奇 by this question
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有一个问题我思考了很久,
00:14
of whether是否 we could evolve发展 or develop发展 a sixth第六 sense --
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就是我们能否进化出一种第六感官。
00:17
a sense that would give us seamless无缝 access访问
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这种感官可以让我们快速的
00:23
and easy简单 access访问 to meta-information元信息
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便捷的获得元信息,
00:26
or information信息 that may可能 exist存在 somewhere某处
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或者是其他的一些信息,
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that may可能 be relevant相应 to help us make the right decision决定
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在我们需要做出一些决定的时候,
00:32
about whatever随你 it is that we're coming未来 across横过.
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这些信息能帮助我们做出正确的选择。
00:35
And some of you may可能 argue争论,
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你们可能会说,
00:38
well, don't today's今天的 cell细胞 phones手机 do that already已经?
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当今的手机不正是如此吗?
00:41
But I would say no.
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但是,我不认同。
00:43
When you meet遇到 someone有人 here at TEDTED --
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假设,当你在TED遇到某人,
00:45
and this is the top最佳 networking联网 place地点, of course课程, of the year --
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TED,毫无疑问,是每年最佳的社交场所。
00:48
you don't shake somebody's某人的 hand
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难道你会不跟人家握手,
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and then say, "Can you hold保持 on for a moment时刻
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然后说:“你能等一会吗?
00:53
while I take out my phone电话 and Google谷歌 you?"
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我要用手机Google一下你。”
00:55
Or when you go to the supermarket超级市场
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或者,当你在超市里,
00:59
and you're standing常设 there in that huge巨大 aisle走道
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站在一排巨大的货架前,
01:01
of different不同 types类型 of toilet厕所 papers文件,
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面对着各种各样的厕纸,
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you don't take out your cell细胞 phone电话, and open打开 a browser浏览器,
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难道你会拿出手机,打开浏览器
01:08
and go to a website网站 to try to decide决定
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登录一个网站,尝试去决定
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which哪一个 of these different不同 toilet厕所 papers文件
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到底哪一种厕纸
01:13
is the most ecologically生态 responsible主管 purchase采购 to make.
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才是最环保的,最应该买的?
01:16
So we don't really have easy简单 access访问
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所以说,我们并没有一个便捷的渠道
01:19
to all this relevant相应 information信息
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去获取这些信息,
01:21
that can just help us make optimal最佳 decisions决定
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这些能帮助我们做出应该要干什么的
01:24
about what to do next下一个 and what actions行动 to take.
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最佳决定的信息。
01:27
And so my research研究 group at the Media媒体 Lab实验室
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因此,我的实验室的研发团队
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has been developing发展 a series系列 of inventions发明
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完成了一系列的发明,
01:35
to give us access访问 to this information信息
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在不改变用户行为的条件下,
01:38
in a sort分类 of easy简单 way,
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帮助用户快速简单的
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without requiring要求 that the user用户 changes变化 any of their behavior行为.
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获取这些信息。
01:45
And I'm here to unveil揭开
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现在,我将这个设备
01:47
our latest最新 effort功夫,
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展示给大家。
01:50
and most successful成功 effort功夫 so far,
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这是我们至今最成功的版本,
01:52
which哪一个 is still very much a work in process处理.
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仍然在不断改进。
01:54
I'm actually其实 wearing穿着 the device设备 right now
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我现在正佩戴着
01:57
and we've我们已经 sort分类 of cobbled鹅卵石 it together一起
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我们其实是把市面上常见的
02:00
with components组件 that are off the shelf --
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一些组件组装在了一起。
02:03
and that, by the way, only cost成本 350 dollars美元
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顺便提一下,目前这个设备
02:06
at this point in time.
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的成本是350美元。
02:08
I'm wearing穿着 a camera相机, just a simple简单 webcam摄像头,
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我佩戴着一个相机,就是一个简单的网络摄像头,
02:12
a portable手提, battery-powered电池供电的 projection投影 system系统 with a little mirror镜子.
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一个便携的用电池供电的投影仪和一个小镜子。
02:18
These components组件 communicate通信 to my cell细胞 phone电话 in my pocket口袋
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这些组件跟我口袋中的手机进行通讯,
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which哪一个 acts行为 as the communication通讯 and computation计算 device设备.
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手机作为一个通讯和计算的设备。
02:26
And in the video视频 here we see my student学生 PranavPranav Mistry米斯特里,
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画面中,是我的天才学生Pranav Mistry,
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who's谁是 really the genius天才 who's谁是 been implementing实施
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他设计并制造了
02:33
and designing设计 this whole整个 system系统.
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这整套系统。
02:35
And we see how this system系统
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我们可以看到,
02:37
lets让我们 him walk步行 up to any surface表面
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当他靠近任何表面时,
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and start开始 using运用 his hands to interact相互作用 with the information信息
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信息就会被投影到表面上,
02:45
that is projected预计 in front面前 of him.
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他就用双手来进行操作。
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The system系统 tracks轨道 the four significant重大 fingers手指.
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系统会跟踪四个主要的手指。
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In this case案件, he's wearing穿着 simple简单 marker标记 caps帽子
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在这里,你可以看到
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that you may可能 recognize认识.
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他戴着用于标示的指套。
02:57
But if you want a more stylish时尚 version
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如果你想要更美观,
02:59
you could also paint涂料 your nails钉子 in different不同 colors颜色.
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可以把你的指甲染成不同的颜色。
03:03
And the camera相机 basically基本上 tracks轨道 these four fingers手指
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摄像头会跟踪这四个手指,
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and recognizes识别 any gestures手势 that he's making制造
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识别他的任何手势,
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so he can just go to, for example, a map地图 of Long Beach海滩,
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例如,他可以打开Long Beach的地图,
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zoom放大 in and out, etc等等.
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进行放大或者缩小等等操作。
03:17
The system系统 also recognizes识别 iconic标志性的 gestures手势
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这个系统也能识别“象征性手势”,
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such这样 as the "take a picture图片" gesture手势,
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比如,当你做出这个“拍照手势”,
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and then takes a picture图片 of whatever随你 is in front面前 of you.
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系统就会拍照,把你面前的东西拍下来。
03:26
And when he then walks散步 back to the Media媒体 Lab实验室,
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当他回到Media Lab实验室之后,
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he can just go up to any wall
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他可以走近任何一面墙,
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and project项目 all the pictures图片 that he's taken采取,
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投影出他拍的所有照片,
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sort分类 through通过 them and organize组织 them,
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用各种自然手势,进行整理,归类,
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and re-size重新大小 them, etc等等.,
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改变大小等各种操作。
03:39
again using运用 all natural自然 gestures手势.
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所有操作都用手势来完成。
03:42
So, some of you most likely容易 were here two years年份 ago
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你们当中有些人两年前在这里
03:46
and saw the demo演示 by Jeff杰夫 Han
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应该看过Jeff Han演示微软的Surface系统,
03:51
or some of you may可能 think, "Well, doesn't this look like the Microsoft微软 Surface表面 Table?"
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你们可能觉得:这套系统跟Surface看起来很像。
03:54
And yes, you also interact相互作用 using运用 natural自然 gestures手势,
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没错,这两套系统都是用自然手势,
03:59
both hands, etc等等.
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用双手来操作。
04:01
But the difference区别 here is that you can use any surface表面,
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但区别是,我这套系统可以在任何表面上操作,
04:04
you can walk步行 to up to any surface表面,
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你可以走近任何表面,
04:07
including包含 your hand if nothing else其他 is available可得到
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如果没有可用的表面,你还可以用自己的手
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and interact相互作用 with this projected预计 data数据.
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与投影的数据进行交互。
04:13
The device设备 is completely全然 portable手提,
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这个设备的使用是完全没有限制的,
04:16
and can be ...
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而且可以用来……
04:18
(Applause掌声)
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(掌声)
04:25
So one important重要 difference区别 is that it's totally完全 mobile移动.
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所以,最重要的区别就是,我这套系统是完全便携移动的。
04:29
Another另一个 even more important重要 difference区别 is that in mass production生产
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另一个更重要的区别是,这个设备将来量产,
04:33
this would not cost成本 more tomorrow明天 than today's今天的 cell细胞 phones手机
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不会比今天的手机贵,
04:37
and would actually其实 not sort分类 of be a bigger packaging打包 --
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也不会像我现在戴着的这么笨重,
04:41
could look a lot more stylish时尚
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会变得更时尚更美观,
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than this version that I'm wearing穿着 around my neck颈部.
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比我现在戴着的这个要好看。
04:46
But other than letting出租 some of you live生活 out your fantasy幻想
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这个设备除了让你们的幻想变为现实,
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of looking as cool as Tom汤姆 Cruise巡航 in "Minority少数民族 Report报告,"
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让你们看起来跟《少数派报告》里的Tom Cruise一样酷之外,
04:56
the reason原因 why we're really excited兴奋 about this device设备
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真正值得振奋的是,
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is that it really can act法案 as one of these sixth-sense第六感 devices设备
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它确实可以充当一种“第六感官”,
05:06
that gives you relevant相应 information信息
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为你提供在你面前的
05:09
about whatever随你 is in front面前 of you.
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任何物体的相关信息。
05:11
So we see PranavPranav here going into the supermarket超级市场
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我们看到Pranav现在去了超市,
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and he's shopping购物 for some paper towels毛巾.
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他打算买一些纸巾。
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And, as he picks精选 up a product产品 the system系统 can recognize认识
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当他拿起一种纸巾时,
05:22
the product产品 that he's picking选择 up,
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系统会通过图像识别或者是标识技术
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using运用 either image图片 recognition承认 or marker标记 technology技术,
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自动识别这种纸巾,
05:28
and give him the green绿色 light or an orange橙子 light.
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然后显示一个绿灯,或者是橙灯。
05:31
He can ask for additional额外 information信息.
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他可以取得更多信息。
05:34
So this particular特定 choice选择 here
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所以现在这个选择,
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is a particularly尤其 good choice选择, given特定 his personal个人 criteria标准.
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根据他个人的标准,是一个最佳选择。
05:42
Some of you may可能 want the toilet厕所 paper with the most bleach漂白 in it
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你们有些人可能想要含有最多漂白剂的厕纸,
05:46
rather than the most ecologically-responsible生态负责的 choice选择.
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而不是最环保的厕纸。
05:49
(Laughter笑声)
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(笑声)
05:52
If he picks精选 up a book in the bookstore书店,
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当他在书店拿起一本书时,
05:55
he can get an Amazon亚马逊 rating评分 --
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他会获得亚马逊网站对于这本书的评价。
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it gets得到 projected预计 right on the cover of the book.
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这些信息直接被投影到书的封面上。
05:59
This is Juan's娟的 book, our previous以前 speaker扬声器,
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这本是之前的演讲者Juan的著作,
06:04
which哪一个 gets得到 a great rating评分, by the way, at Amazon亚马逊.
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在亚马逊大受好评。
06:06
And so, PranavPranav turns the page of the book
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然后,当Pranav翻开这本书,
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and can then see additional额外 information信息 about the book --
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会看到这本书的更多相关信息--
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reader读者 comments注释, maybe sort分类 of information信息 by his favorite喜爱 critic评论家, etc等等.
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读者评论,他最喜欢的书评家对于此书的评论,等等。
06:19
If he turns to a particular特定 page
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如果他翻到特定的某页,
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he finds认定 an annotation注解 by maybe an expert专家 of a friend朋友 of ours我们的
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他会看到我们的朋友中的某个专家
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that gives him a little bit of additional额外 information信息
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所作的一个注脚,给他提供一些
06:27
about whatever随你 is on that particular特定 page.
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关于这一页的附加信息。
06:30
Reading the newspaper报纸 --
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看报纸的时候,
06:32
it never has to be outdated过时的.
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永远都有最及时的信息。
06:35
(Laughter笑声)
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(笑声)
06:37
You can get video视频 annotations注释 of the event事件 that you're reading about
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你可以看到事件的视频报道,
06:41
You can get the latest最新 sports体育 scores分数 etc等等.
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可以看到体育比赛的最及时的比分,等等。
06:45
This is a more controversial争论的 one.
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接下来是一个有争议的功能。
06:48
(Laughter笑声)
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(笑声)
06:49
As you interact相互作用 with someone有人 at TEDTED,
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当你在这遇到某人,
06:52
maybe you can see a word cloud of the tags标签,
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你会看到一个标签云,
06:56
the words that are associated相关 with that person
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这些标签是跟这个人相关的,
06:58
in their blog博客 and personal个人 web卷筒纸 pages网页.
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是从这个人的博客和个人主页中提取的。
07:01
In this case案件, the student学生 is interested有兴趣 in cameras相机, etc等等.
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在这个例子中,我们看到这位学生对相机感兴趣,等等。
07:06
On your way to the airport飞机场,
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在你去机场的路上,
07:08
if you pick up your boarding登机 pass通过, it can tell you that your flight飞行 is delayed延迟,
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当你拿出你的登机牌,它会告诉你航班延误了,
07:12
that the gate has changed, etc等等.
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登机口改换了,等等。
07:15
And, if you need to know what the current当前 time is
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还有,如果你想知道时间的话,
07:18
it's as simple简单 as drawing画画 a watch --
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非常简单,在你的手臂上
07:22
(Laughter笑声)
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(笑声)
07:23
(Applause掌声)
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(掌声)
07:24
on your arm.
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画一个表盘。
07:26
So that's where we're at so far
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这就是我们开发的第六感官目前的进展。
07:30
in developing发展 this sixth第六 sense
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这种让我们可以随时随地获取相关信息,
07:34
that would give us seamless无缝 access访问 to all this relevant相应 information信息
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方便我们的生活,
07:38
about the things that we may可能 come across横过.
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帮助我们更好的生活。
07:41
My student学生 PranavPranav, who's谁是 really, like I said, the genius天才 behind背后 this.
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我的天才学生 Pranav,
07:45
(Applause掌声) (Standing常设 ovation欢呼)
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(掌声)
08:08
He does deserve值得 a lot of applause掌声
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应该得到这些掌声,
08:11
because I don't think he's slept much in the last three months个月, actually其实.
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他过去三个月废寝忘食的工作。
08:15
And his girlfriend女朋友 is probably大概 not very happy快乐 about him either.
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他的女朋友肯定是一肚子牢骚。
08:18
But it's not perfect完善 yet然而, it's very much a work in progress进展.
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但是,这个设备目前还不完善。
08:23
And who knows知道, maybe in another另一个 10 years年份
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或许在未来十年之内,
08:26
we'll be here with the ultimate最终 sixth第六 sense brain implant注入.
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我们的大脑中会植入超级的第六感官。
08:31
Thank you.
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谢谢。
08:32
(Applause掌声)
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(掌声)
Translated by Mengge Li
Reviewed by Wenbin Liang

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ABOUT THE SPEAKERS
Pattie Maes - Researcher
As head of the MIT Media Lab's Fluid Interfaces Group, Pattie Maes researches the tools we use to work with information and connect with one another.

Why you should listen

Pattie Maes was the key architect behind what was once called "collaborative filtering" and has become a key to Web 2.0: the immense engine of recommendations -- or "things like this" -- fueled by other users. In the 1990s, Maes' Software Agents program at MIT created Firefly, a technology (and then a startup sold to Microsoft) that let users choose songs they liked, and find similar songs they'd never heard of, by taking cues from others with similar taste. This brought a sea change in the way we interact with software, with culture and with one another.

Now Maes is working on a similarly boundary-breaking initiative. She founded Fluid Interfaces Group, also part of the MIT Media Lab, to rethink the ways in which humans and computers interact, partially by redefining both human and computer. In Maes' world (and really, in all of ours), the computer is no longer a distinct object, but a source of intelligence that's embedded in our environment. By outfitting ourselves with digital accessories, we can continually learn from (and teach) our surroundings. The uses of this tech -- from healthcare to home furnishings, warfare to supermarkets -- are powerful and increasingly real.

More profile about the speaker
Pattie Maes | Speaker | TED.com
Pranav Mistry - Director of research, Samsung Research America
As an MIT grad student, Pranav Mistry invented SixthSense, a wearable device that enables new interactions between the real world and the world of data.

Why you should listen

When Pranav Mistry was a PhD student in the Fluid Interfaces Group at MIT's Media Lab, he worked with lab director Pattie Maes to create some of the most entertaining and thought-provoking interfaces the world had ever seen. And not just computer interfaces, mind you -- these are ways to help the digital and the actual worlds interface. Imagine: intelligent sticky notes, Quickies, that can be searched and can send reminders; a pen that draws in 3D; and TaPuMa, a tangible public map that can act as Google of physical world. And of course the legendary SixthSense, which is now open sourced

Before his studies at MIT, he worked with Microsoft as a UX researcher; he's a graduate of IIT. Now, as director of research at Samsung Research America, Mistry heads the Think Tank Team, an interdisciplinary group of researchers that hunts for new ways to mix digital informational with real-world interactions. As an example, Mistry launched the company's smartwatch, the Galaxy Gear, in 2013.

More profile about the speaker
Pranav Mistry | Speaker | TED.com