ABOUT THE SPEAKERS
Tod Machover - Composer, inventor
At MIT's Media Lab, Tod Machover creates boundary-breaking new music, often using new instruments and music technologies he has invented.

Why you should listen

Tod Machover is head of the MIT Media Lab's Hyperinstruments/Opera of the Future group. He has composed five operas and helped to develop many groundbeaking musical technologies -- including Hyperinstruments, a technology that augments musical expression for both virtuosi (from Yo-Yo Ma to Prince) and amateurs, and Hyperscore, software that allows anyone to create sophisticated, original music by using lines and colors. Many of Machover's principles about "active participation" in music are exemplified in Guitar Hero, which grew out of his lab.

Among his current projects is a new opera, Death and the Powers, complete with a musical chandelier, animatronic walls, and an army of robots. Death and the Powers premieres in Monaco in September 2009.

A recent focus of Machover's group has been on Music, Mind and Health, which marshals the power of music to promote well-being. Working with long-term patients at facilities such as Tewksbury Hospital, north of Boston, the group's goal is to develop personal musical activities that adapt to the particular skills and needs of each individual. In this way, the path to health becomes as rewarding as learning an instrument, composing a symphony, or premiering at Carnegie Hall.

More profile about the speaker
Tod Machover | Speaker | TED.com
Dan Ellsey - Musician
Dan Ellsey uses Hyperscore music software and a custom-tuned musical "hyperinstrument" to write, perform and conduct his music, and to help others learn how to compose.

Why you should listen

A resident of Tewksbury Hospital in Massachusetts, Dan Ellsey has cerebral palsy and does not walk or speak. He does, however, write and play his own music, and mentor others, through a groundbreaking music system developed by MIT's Tod Machover and his team, including grad student Adam Boulanger. Working closely with this team, Ellsey helped to develop and fine-tune a head-mounted interface, tweaked to respond to his movements, that allows him to compose music and to conduct nuanced performances of his work. Hyperscore software helps Ellsey notate his musical ideas.

Ellsey's work has been performed at MIT, on the radio and at workshops around the Boston area. The Lowell Symphony Orchestra performed his piece "Our Musically" at a 2004 concert for residents of Tewksbury -- many of whom count Ellsey as a mentor in their own musical education.

More profile about the speaker
Dan Ellsey | Speaker | TED.com
TED2008

Tod Machover + Dan Ellsey: Inventing instruments that unlock new music

托德•麦克弗(Tod Machover)和丹•埃尔西(Dan Ellsey )演奏新音乐

Filmed:
578,384 views

美国麻省理工学院媒体实验室(MIT Media Lab)的托德•麦克弗教授致力于将大到歌剧,小到电子游戏,各种各样的音乐表现形式带给我们每一个人,其受众包括了从胎儿到成人的广泛人群。他和作曲家丹•埃尔西在这里阐述了音乐的未来。
- Composer, inventor
At MIT's Media Lab, Tod Machover creates boundary-breaking new music, often using new instruments and music technologies he has invented. Full bio - Musician
Dan Ellsey uses Hyperscore music software and a custom-tuned musical "hyperinstrument" to write, perform and conduct his music, and to help others learn how to compose. Full bio

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

00:18
The first idea理念 I'd like to suggest建议 is that we all
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音乐,大家都非常热爱它,
00:20
love music音乐 a great deal合同. It means手段 a lot to us.
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因为它对于我们很重要。
00:23
But music音乐 is even more powerful强大 if you don't just listen to it, but you make it yourself你自己.
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假如你不只是作为一名听众,而且还能亲自参与创作,那么音乐会对你更具影响力。
00:29
So, that's my first idea理念. And we all know about the Mozart莫扎特 effect影响 --
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这是我要讲的第一点。在最近5-10年里,
00:32
the idea理念 that's been around for the last five to 10 years年份 --
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有个著名的莫扎特效应(Mozart Effect),
00:35
that just by listening to music音乐 or by playing播放 music音乐 to your baby宝宝 [in utero子宫],
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讲的就是单靠听音乐,或者是给胎儿播放音乐,
00:39
that it'll它会 raise提高 our IQ智商 points 10, 20, 30 percent百分.
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就可以使我们的智商提高10%到30%。
00:43
Great idea理念, but it doesn't work at all.
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这真是个好主意,但是根本行不通。
00:46
So, you can't just listen to music音乐, you have to make it somehow不知何故.
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(那是因为)光听是不够的,你还必须设法创作音乐。
00:49
And I'd add to that, that it's not just making制造 it,
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我还要说,不单如此,
00:53
but everybody每个人, each of us, everybody每个人 in the world世界
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我们每一个人、世界上的所有的人,
00:55
has the power功率 to create创建 and be part部分 of music音乐 in a very dynamic动态 way,
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都应该能够进行创作,并以动态的方式让自己和音乐融为一体。
00:59
and that's one of the main主要 parts部分 of my work.
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这正是我从事的工作中非常重要的一部分。
01:01
So, with the MITMIT Media媒体 Lab实验室, for quite相当 a while now,
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在美国麻省理工学院媒体实验室(MIT Media Lab)里,
01:03
we've我们已经 been engaged订婚 in a field领域 called active活性 music音乐.
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我和我的同事们长期以来致力于“动感音乐”(Active Music)的研究:
01:05
What are all the possible可能 ways方法 that we can think of
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通过寻求可行的途径,
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to get everybody每个人 in the middle中间 of a musical音乐 experience经验,
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使人人都能够体验和融入音乐。
01:10
not just listening, but making制造 music音乐?
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让大家不只是在聆听音乐,而且还能够创作音乐。
01:13
And we started开始 by making制造 instruments仪器 for some of the world's世界 greatest最大 performers表演者 --
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起初,我们为像马友友、Peter Gabriel、Prince这样的演奏大师,
01:16
we call these hyperinstrumentshyperinstruments -- for Yo-Yo悠悠球 Ma, Peter彼得 Gabriel加布里埃尔, Prince王子,
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以及管弦和摇滚乐队制作了“超级乐器”(Hyperinstruments)。
01:19
orchestras乐团, rock bands. Instruments仪器 where they're all kinds of sensors传感器
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这种乐器集成了多种传感器,
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built内置 right into the instrument仪器, so the instrument仪器 knows知道 how it's being存在 played发挥.
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以感知我们是如何演奏乐曲的。
01:26
And just by changing改变 the interpretation解释 and the feeling感觉,
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(有了它,)我只需稍稍改变演绎方式和感情,
01:29
I can turn my cello大提琴 into a voice语音, or into a whole整个 orchestra乐队,
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就可以把大提琴演奏声变为和谐的人声、一个乐团的协奏,
01:32
or into something that nobody没有人 has ever heard听说 before.
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甚至变成我们从未听过的天籁之音。
01:35
When we started开始 making制造 these, I started开始 thinking思维, why can't we make
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随即,我们开始思考,
01:37
wonderful精彩 instruments仪器 like that for everybody每个人,
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为什么不能制作同样完美的乐器,使它成为平常人,
01:39
people who aren't fantastic奇妙 Yo-Yo悠悠球 Mas马斯 or Princes王子?
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而不仅仅是马友友或Princes大师们所演奏呢?
01:43
So, we've我们已经 made制作 a whole整个 series系列 of instruments仪器.
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于是,我们制作了一组乐器,
01:45
One of the largest最大 collections集合 is called the Brain Opera歌剧.
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统称其为“头脑歌剧”(Brain Opera)。
01:48
It's a whole整个 orchestra乐队 of about 100 instruments仪器,
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这个管弦乐队大约有100件乐器,
01:50
all designed设计 for anybody任何人 to play using运用 natural自然 skill技能.
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都是按平常人的自然演奏方式所设计的。
01:53
So, you can play a video视频 game游戏, drive驾驶 through通过 a piece of music音乐,
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这样,你可以打游戏,“开”过一段音乐,
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use your body身体 gesture手势 to control控制 huge巨大 masses群众 of sound声音,
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使用肢体语言来控制大量的声音,
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touch触摸 a special特别 surface表面 to make melodies旋律, use your voice语音 to make a whole整个 aura光环.
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通过触摸特制的表面来产生美妙的乐音,还可以用自己的声音来营造某种氛围。
02:04
And when we make the Brain Opera歌剧, we invite邀请 the public上市 to come in,
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当这些乐器制作完成之后,
02:06
to try these instruments仪器 and then collaborate合作 with us
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我们邀请公众前来体验,并和他们一起,
02:09
to help make each performance性能 of the Brain Opera歌剧.
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举办了多场演奏音乐会。
02:10
We toured参观 that for a long time. It is now permanently永久 in Vienna维也纳,
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这些巡演持续了相当长的一段时间。现在,在音乐之都维也纳,
02:13
where we built内置 a museum博物馆 around it.
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我们还建造了一处永久性的博物馆。
02:15
And that led to something which哪一个 you probably大概 do know.
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这些都促成了 “吉他英雄”(Guitar Hero)的诞生,
02:18
Guitar吉他 Hero英雄 came来了 out of our lab实验室,
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相信你多半听说过这款源自我们实验室的游戏。
02:19
and my two teenage青少年 daughters女儿 and most of the students学生们 at the MITMIT Media媒体 Lab实验室
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有一点,在我两个十几岁的女儿和实验室不少学生的身上,
02:22
are proof证明 that if you make the right kind of interface接口,
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都得到了验证。这就是,只要你提供合适的交互界面,
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people are really interested有兴趣 in being存在 in the middle中间 of a piece of music音乐,
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人们就会乐于融入音乐,
02:29
and playing播放 it over and over and over again.
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并对演奏乐此不疲。
02:32
So, the model模型 works作品, but it's only the tip小费 of the iceberg冰山,
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这个模式可行,但是可做的远不止这些。
02:35
because my second第二 idea理念 is that it's not enough足够 just to want
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我的第二点观点就是,
02:38
to make music音乐 in something like Guitar吉他 Hero英雄.
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仅用“吉他英雄”这类东西来做音乐还不够。
02:41
And music音乐 is very fun开玩笑, but it's also transformative变革.
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音乐不仅非常有趣,而且还颇具影响力。
02:44
It's very, very important重要.
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非常非常重要的一点是,
02:45
Music音乐 can change更改 your life, more than almost几乎 anything.
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音乐能够改变你的人生,为其他的方式所不及,
02:48
It can change更改 the way you communicate通信 with others其他,
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能够改变人与人之间的交流方式,
02:50
it can change更改 your body身体, it can change更改 your mind心神. So, we're trying
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还能够改变你的身心。于是,我们力求有所突破,
02:53
to go to the next下一个 step of how you build建立 on top最佳 of something like Guitar吉他 Hero英雄.
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也就是想在“吉他英雄”这类事物的基础上做点什么。
02:57
We are very involved参与 in education教育. We have a long-term长期 project项目
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我们深入到教育界,开展了一个叫做“玩具交响乐”(Toy Symphony)的长期项目。
03:00
called Toy玩具 Symphony交响乐, where we make all kinds of instruments仪器 that are also addictive上瘾,
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我们为小朋友制作了一系列特别好玩的乐器,
03:04
but for little kids孩子, so the kids孩子 will fall秋季 in love with making制造 music音乐,
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期望他们会喜欢上演奏,
03:08
want to spend their time doing it, and then will demand需求 to know how it works作品,
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并愿意在这方面投入时间(来培养爱好),进而渴求学习乐理知识,
03:11
how to make more, how to create创建. So, we make squeezysqueezy instruments仪器,
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以及如何演奏、创作音乐。我们制作了一种可以捏的乐器,
03:14
like these Music音乐 Shapers塑造者 that measure测量 the electricity电力 in your fingers手指,
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比如说这个可以测量手指间(微)电流的“音乐塑型机”(Music Shaper)。
03:18
BeatbugsBeatbugs that let you tap龙头 in rhythms节奏 -- they gather收集 your rhythm韵律,
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又如这个用于敲击节奏的 “节拍虫子”(Beat Bugs),你可以用它来收集节奏,
03:21
and like hot potato土豆, you send发送 your rhythm韵律 to your friends朋友,
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然后把这个信息像丢烫土豆似地传给你的朋友,
03:23
who then have to imitate模拟 or respond响应 to what your doing --
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他们需要模仿你,或者对你的动作作出反应。
03:26
and a software软件 package called HyperscoreHyperscore, which哪一个 lets让我们 anybody任何人 use lines线 and color颜色
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再就是制作一种叫做“超级乐谱”(Hyperscore)的软件。
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to make quite相当 sophisticated复杂的 music音乐. Extremely非常 easy简单 to use, but once一旦 you use it,
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它可以让大家用线条和色彩来绘制出复杂的音乐,(操作方法简便,)特别容易使用。
03:34
you can go quite相当 deep -- music音乐 in any style样式. And then, by pressing紧迫 a button按键,
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一旦上了手,任何曲风的音乐,对你来说都是手到擒来。最后只要摁下按钮,
03:38
it turns into music音乐 notation符号 so that live生活 musicians音乐家 can play your pieces.
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这个软件就能自动转换出乐谱,以便让音乐家来演奏你创作的乐章。
03:44
We've我们已经 had good enough足够, really, very powerful强大 effects效果 with kids孩子
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我们的这个软件,在世界各地的孩子和不同年龄段的人群身上,
03:47
around the world世界, and now people of all ages年龄, using运用 HyperscoreHyperscore.
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都取得了良好的、非常显著的效果。
03:50
So, we've我们已经 gotten得到 more and more interested有兴趣 in using运用 these kinds of creative创作的 activities活动
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所以,我们乐于将此类创意运用到
03:54
in a much broader更广泛 context上下文, for all kinds of people
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更加广泛的人群中,
03:56
who don't usually平时 have the opportunity机会 to make music音乐.
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让那些没有机会进行音乐创作的人也能积极参与。
03:59
So, one of the growing生长 fields领域 that we're working加工 on
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其中,我们实验室正在拓展的一个领域叫作
04:00
at the Media媒体 Lab实验室 right now is music音乐, mind心神 and health健康.
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“音乐、心智和健康”(Music, Mind and Health)。
04:03
A lot of you have probably大概 seen看到 Oliver奥利弗 Sacks'萨克斯 wonderful精彩 new book called
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相信不少人都读过奥利佛•萨克斯(Oliver Sack)的新书
04:06
"MusicophiliaMusicophilia". It's on sale拍卖 in the bookstore书店. It's a great book.
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《脑袋装了2000出歌剧的人》(Musicophelia)。这是一本正在热卖中的好书。
04:10
If you haven't没有 seen看到 it, it's worth价值 reading. He's a pianist钢琴家 himself他自己,
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如果你还没有看过,建议你读一读。
04:12
and he details细节 his whole整个 career事业 of looking at and observing观察
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书的作者是一位钢琴家,他在书中详细地记录了自己职业生涯中所观察到的事实,
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incredibly令人难以置信 powerful强大 effects效果 that music音乐 has had on peoples'人们' lives生活 in unusual异常 situations情况.
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那就是音乐在非常状态下的人身上(残疾/重症病人),所能发生的不可思议的效应。
04:21
So we know, for instance, that music音乐 is almost几乎 always the last thing
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正如大家所知道的那样,
04:24
that people with advanced高级 Alzheimer's老年痴呆症 can still respond响应 to.
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音乐是老年痴呆症患者晚期能做出响应的最后一样事物。
04:28
Maybe many许多 of you have noticed注意到 this with loved喜爱 ones那些,
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也许不少人在挚爱亲朋身上观察到这样的现象:
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you can find somebody who can't recognize认识 their face面对 in the mirror镜子,
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他们无法识别镜子里的自己、无法认出家人,
04:32
or can't tell anyone任何人 in their family家庭, but you can still find a shard碎片 of music音乐
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但是你仍然能找到一段音乐,
04:35
that that person will jump out of the chair椅子 and start开始 singing唱歌. And with that
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让他们从病榻中惊醒,随声轻和。
04:39
you can bring带来 back parts部分 of people's人们 memories回忆 and personalities个性.
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正是借助这样的方法,你可以唤回一些他们的记忆和自我意识。
04:41
Music音乐 is the best最好 way to restore恢复 speech言语 to people who have lost丢失 it through通过 strokes,
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对于治愈中风所导致的失语症,以及帕金森症所导致的运动失能,
04:45
movement运动 to people with Parkinson's帕金森氏 disease疾病.
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音乐是最好的办法。
04:47
It's very powerful强大 for depression萧条, schizophrenia精神分裂症, many许多, many许多 things.
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它对抑郁症、精神分裂症和许许多多其它病症都颇具疗效。
04:51
So, we're working加工 on understanding理解 those underlying底层 principles原则
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我们目前正在探寻这些现象背后的原理,
04:53
and then building建造 activities活动 which哪一个 will let music音乐 really improve提高 people's人们 health健康.
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并开展一系列活动,用音乐来改善人类健康。
04:57
And we do this in many许多 ways方法. We work with many许多 different不同 hospitals医院.
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我们采取了很多方式,和各类医院有着合作。
05:00
One of them is right near Boston波士顿, called Tewksbury图克斯伯里 Hospital醫院.
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其中有一家就是离美国波士顿不远的图斯伯里医院。
05:03
It's a long-term长期 state hospital醫院, where several一些 years年份 ago
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这是一家历史悠久的州立医院。许多年前,
05:05
we started开始 working加工 with HyperscoreHyperscore and patients耐心 with physical物理 and mental心理 disabilities残疾人.
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我们在那里就开始将“超级乐谱” 介绍给生理和精神残疾病人。
05:09
This has become成为 a central中央 part部分 of the treatment治疗 at Tewksbury图克斯伯里 hospital醫院,
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这已成为图斯伯里医院核心治疗项目,
05:13
so everybody每个人 there clamors喧哗 to work on musical音乐 activities活动.
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每个接受治疗的人都要求参与音乐活动。
05:17
It's the activity活动 that seems似乎 to accelerate加速 people's人们 treatment治疗 the most
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这一活动似乎大大加速了治疗的过程,
05:21
and it also brings带来 the entire整个 hospital醫院 together一起 as a kind of musical音乐 community社区.
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在某种程度上也把医院变成音乐社区。
05:25
I wanted to show显示 you a quick video视频 of some of this work before I go on.
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继续下一个话题之前,我想先给大家看些以上内容的相关短片。
06:10
Video视频: They're manipulating操纵 each other's其他 rhythms节奏.
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(这些玩具交响乐的)参与者在操控音乐节奏。
06:12
It's a real真实 experience经验, not only to learn学习 how to play and listen to rhythms节奏,
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通过亲身体验,孩子们不但学会了怎样演奏和听节奏,
06:16
but to train培养 your musical音乐 memory记忆 and playing播放 music音乐 in a group.
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而且锻炼了音乐记忆,练习了合奏。
06:21
To get their hands on music音乐, to shape形状 it themselves他们自己, change更改 it,
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他们“拿”着音乐,捏一捏,
06:25
to experiment实验 with it, to make their own拥有 music音乐.
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改变和体验它,并创作自己的音乐。
06:27
So HyperscoreHyperscore lets让我们 you start开始 from scratch very quickly很快.
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“超级乐谱”从涂涂画画开始,很便捷。
06:38
Everybody每个人 can experience经验 music音乐 in a profound深刻 way,
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个人都可以深刻地体验音乐,
06:40
we just have to make different不同 tools工具.
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我们所必须做的就是创造各种各样的工具(来帮助大家)。
06:59
The third第三 idea理念 I want to share分享 with you is that music音乐, paradoxically自相矛盾,
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第三点想法是:我觉得音乐,异乎寻常地,
07:05
I think even more than words, is one of the very best最好 ways方法 we have
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是比语言更好的展示自我的方式。
07:08
of showing展示 who we really are. I love giving talks会谈, although虽然
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我也喜欢做演讲,
07:12
strangely奇怪 I feel more nervous紧张 giving talks会谈 than playing播放 music音乐.
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但是奇怪的是,我在演讲时,比演奏音乐感觉要更局促些。
07:14
If I were here playing播放 cello大提琴, or playing播放 on a synth合成器, or sharing分享 my music音乐 with you,
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当在演奏大提琴、控制电子音响合成器,或者和你们共同分享我的音乐时,
07:17
I'd be able能够 to show显示 things about myself that I can't tell you in words,
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我就能展现无法用语言描述的一面,
07:22
more personal个人 things, perhaps也许 deeper更深 things.
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更多的是个人的,也许更深层的东西。
07:25
I think that's true真正 for many许多 of us, and I want to give you two examples例子
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对于我们中许多人来讲,我想的确是这样。我想举两个例子,
07:28
of how music音乐 is one of the most powerful强大 interfaces接口 we have,
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来说明音乐是我们与外界交流的
07:31
from ourselves我们自己 to the outside world世界.
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最有效的媒介之一。
07:33
The first is a really crazy project项目 that we're building建造 right now, called
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首先是我们现在正在进行的一个非常疯狂的项目,名字叫作《死亡和鲍威尔一家》。
07:37
Death死亡 and the Powers鲍尔斯. And it's a big opera歌剧,
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它是一部大型歌剧,
07:39
one of the larger opera歌剧 projects项目 going on in the world世界 right now.
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是目前全球在运作中的大型歌剧项目之一。
07:43
And it's about a man, rich丰富, successful成功, powerful强大, who wants to live生活 forever永远.
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它是关于一位富有、成功、有权势并期望永生的人的歌剧。
07:48
So, he figures人物 out a way to download下载 himself他自己 into his environment环境,
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他找到了把自己下载到他所建立的环境
07:50
actually其实 into a series系列 of books图书.
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—一系列的书籍—中去的办法。
07:53
So this guy wants to live生活 forever永远, he downloads下载 himself他自己 into his environment环境.
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于是,他想长生不老,就把自己放进了系统中。
07:56
The main主要 singer歌手 disappears消失 at the beginning开始 of the opera歌剧
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主唱在歌剧开始后便消失了,
08:00
and the entire整个 stage阶段 becomes the main主要 character字符. It becomes his legacy遗产.
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整个舞台变成了主角,变成了他的遗赠。
08:04
And the opera歌剧 is about what we can share分享, what we can pass通过 on to others其他,
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这部歌剧讲的是,我们能和所爱的人分享些什么,向他们传承些什么,
08:07
to the people we love, and what we can't.
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又有什么是办不到的。
08:09
Every一切 object目的 in the opera歌剧 comes alive and is a gigantic巨大 music音乐 instrument仪器,
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歌剧中的所有道具都是活的、巨型的乐器。
08:13
like this chandelier吊灯. It takes up the whole整个 stage阶段. It looks容貌 like a chandelier吊灯,
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譬如,占据舞台很大部份的一盏“吊灯”。它看上去像个吊灯,
08:16
but it's actually其实 a robotic机器人 music音乐 instrument仪器.
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但同时又是一件机器人乐器。
08:18
So, as you can see in this prototype原型, gigantic巨大 piano钢琴 strings字符串,
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正如你在这里的样机上所看到的,长长的钢琴弦,
08:22
each string is controlled受控 with a little robotic机器人 element元件 --
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每根都被小型机器人部件所控制。
08:25
either little bows that stroke行程 the strings字符串, propellers螺旋桨 that tickle痒痒 the strings字符串,
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这里有小巧的琴弓来拨动,驱动器来撩拨,
08:30
acoustic signals信号 that vibrate颤动 the strings字符串. We also have an army军队 of robots机器人 on stage阶段.
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声学信号来震动琴弦。在舞台上,还会出现一大群机器人。
08:35
These robots机器人 are the kind of the intermediary中介 between之间 the main主要 character字符, Simon西蒙 Powers鲍尔斯,
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这些机器人是主角西蒙•鲍威尔和家人之间交流的一种媒介。
08:39
and his family家庭. There are a whole整个 series系列 of them, kind of like a Greek希腊语 chorus合唱.
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他们为数众多,有如古希腊歌剧中的合唱团。
08:43
They observe the action行动. We've我们已经 designed设计 these square广场 robots机器人 that we're testing测试 right now
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他们观察舞台上的一举一动。我们在实验室里设计和测试了这些立方形的
08:48
at MITMIT called OperaBotsOperaBots. These OperaBotsOperaBots follow跟随 my music音乐.
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“歌剧机器人”(Operabots)。它们能随歌舞动,
08:51
They follow跟随 the characters人物. They're smart聪明 enough足够, we hope希望,
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还会跟随舞台人物。它们很聪明,
08:54
not to bump磕碰 into each other. They go off on their own拥有.
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我们也希望他们能互相规避(以避免碰撞)。它们自主行动;
08:57
And then they can also, when you snap, line线 up exactly究竟 the way you'd like to.
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如果你打个指响,他们也会如你所愿,排成整齐的一行。
09:03
Even though虽然 they're cubes立方体, they actually其实 have a lot of personality个性.
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别看它们是一个个方盒子,却拥有许多人格化的内涵。
09:12
The largest最大 set piece in the opera歌剧 is called The System系统. It's a series系列 of books图书.
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歌剧中最大的道具就是所谓“系统”。它是一系列“图书”。
09:16
Every一切 single book is robotic机器人, so they all move移动, they all make sound声音,
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每一部书都是一个机器人,都能运动,都能发声。
09:20
and when you put them all together一起, they turn into these walls墙壁,
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放在一起,它们构成了一道道投影墙,
09:24
which哪一个 have the gesture手势 and the personality个性 of Simon西蒙 Powers鲍尔斯. So he's disappeared消失,
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展现出西蒙•鲍威尔的动作和性格。歌剧的主人公虽然消失在舞台上,
09:29
but the whole整个 physical物理 environment环境 becomes this person.
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却存在于环境之中。
09:32
This is how he's chosen选择 to represent代表 himself他自己.
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这是他选择的,代表自己的办法。
09:35
The books图书 also have high-packed高包装 LEDs发光二极管 on the spines. So it's all display显示.
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这些书的书脊上集成了LED光源,作为显示平面。
09:42
And here's这里的 the great baritone男中音 James詹姆士 Maddalena马达莱娜 as he enters进入 The System系统.
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这位是男中音詹姆士•抹大拉(James Maddalena),他正在进入系统。
09:46
This is a sneak潜行 preview预习.
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这是预告片。
10:11
This premieres首映式 in Monaco摩纳哥 -- it's in September九月 2009. If by any chance机会 you can't make it,
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首映将于2009年10月在摩洛哥举行。如果你不能前往观看,
10:16
another另一个 idea理念 with this project项目 -- here's这里的 this guy building建造 his legacy遗产
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那么还有一个办法。
10:19
through通过 this very unusual异常 form形成, through通过 music音乐 and through通过 the environment环境.
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西蒙用一种非同寻常的方法,即通过音乐和环境,来建立他的遗赠。
10:23
But we're also making制造 this available可得到 both online线上 and in public上市 spaces空间,
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我们将把系统放在网络和公共场所,
10:27
as a way of each of us to use music音乐 and images图片 from our lives生活
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以便人人都能用音乐和生活中的影像
10:31
to make our own拥有 legacy遗产 or to make a legacy遗产 of someone有人 we love.
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来制作我们或者我们挚爱的人的遗赠。
10:34
So instead代替 of being存在 grand盛大 opera歌剧, this opera歌剧 will turn into what we're
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这不再是一部单纯的大歌剧,它将把我们现在所想的,
10:37
thinking思维 of as personal个人 opera歌剧.
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变成一部个性化歌剧。
10:39
And, if you're going to make a personal个人 opera歌剧, what about a personal个人 instrument仪器?
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要做个性化歌剧,怎么能没有个性化的乐器呢?
10:41
Everything I've shown显示 you so far -- whether是否 it's a hyper-cello超大提琴 for Yo-Yo悠悠球 Ma
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我到目前为止所展示的这些,比如给马友友的超级大提琴,
10:44
or squeezysqueezy toy玩具 for a child儿童 -- the instruments仪器 stayed the same相同 and are valuable有价值
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又如给孩子们捏音乐的玩具,这些乐器都是一成不变的,
10:49
for a certain某些 class of person: a virtuoso演奏家, a child儿童.
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或为艺术家,或为小朋友,它仅仅针对某一类人有着实用价值。
10:52
But what if I could make an instrument仪器 that could be adapted适应
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试想一下,如果我再制作一种乐器,能够适应我的个人行为,
10:55
to the way I personally亲自 behave表现, to the way my hands work,
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按照手指弹奏方式,根据我熟悉的,甚至不熟悉的技法
10:59
to what I do very skillfully, perhaps也许, to what I don't do so skillfully?
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来自我调整,情况又会如何呢?
11:02
I think that this is the future未来 of interface接口, it's the future未来 of music音乐, the future未来 of instruments仪器.
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我以为这就是交互界面、音乐和乐器的未来趋势。
11:07
And I'd like now to invite邀请 two very special特别 people on the stage阶段,
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为了现场演示个性化乐器,
11:10
so that I can give you an example of what personal个人 instruments仪器 might威力 be like.
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我想邀请两位嘉宾到台上。
11:16
So, can you give a hand to Adam亚当 Boulanger布朗热, Ph博士.D. student学生 from
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掌声有请,亚当•布朗杰(Adam Boulanger),麻省理工媒体实验室的博士生
11:21
the MITMIT Media媒体 Lab实验室, and Dan EllseyEllsey. Dan,
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和丹•埃尔西(Dan Ellsey)。
11:28
thanks谢谢 to TEDTED and to Bombardier庞巴迪 FlexjetFlexjet, Dan is here with us today今天
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感谢TED,感谢庞巴迪·佛里士杰
11:35
all the way from Tewksbury图克斯伯里. He's a resident居民 at Tewksbury图克斯伯里 Hospital醫院.
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丹今天从图斯伯里远道而来,他在那里住院。
11:39
This is by far the farthest最远 he's strayed迷路 from Tewksbury图克斯伯里 Hospital醫院, I can tell you that,
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我要告诉大家:这是迄今为止,他离开医院外出旅行距离最远的一次。
11:43
because he's motivated动机 to meet遇到 with you today今天 and show显示 you his own拥有 music音乐.
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他是因为要和大家见面并分享自已的音乐,才特意来这里的。
11:48
So, first of all, Dan, do you want to say hi to everyone大家 and tell everyone大家 who you are?
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丹,先自我介绍一下,好吗?
11:57
Dan EllseyEllsey: Hello你好. My name名称 is Dan EllseyEllsey. I am 34 years年份 old and I have cerebral颅内 palsy麻痹.
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丹•埃尔西(以下简称丹):你们好,我叫丹•埃尔西。我34岁,是一名脑瘫患者。
12:05
I have always loved喜爱 music音乐 and I am excited兴奋 to be able能够 to conduct进行
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我一直都很热爱音乐,能用这样的新软件来指挥我的乐曲,
12:11
my own拥有 music音乐 with this new software软件.
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我感到非常激动。
12:15
Tod MachoverMachover: And we're really excited兴奋 to have you here, really Dan. (Applause掌声)
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托德•麦克弗(以下简称托德):你能来这里,我们真的也很激动。(掌声)
12:26
So we met会见 Dan about three years年份 ago, three and a half years年份 ago,
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我们和丹大约在三年半前相识,
12:29
when we started开始 working加工 at Tewksbury图克斯伯里. Everybody每个人 we met会见 there was fantastic奇妙,
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那时我们刚开始和图斯伯里医院合作。那里我们遇到的每一个人都妙极了,
12:34
did fantastic奇妙 music音乐. Dan had never made制作 music音乐 before, and it turned转身 out
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能作出美妙的曲子。丹此前从来没有作曲,但出乎意料的是,
12:39
he was really fantastic奇妙 at it. He's a born天生 composer作曲家.
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他长于此道。他天生就是个作曲家。
12:46
He's very shy害羞, too.
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他也很害羞。
12:49
So, turned转身 out he's a fantastic奇妙 composer作曲家, and over the last few少数 years年份 has been
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嗯,他是一个非常棒的作曲家。从那以后,
12:53
a constant不变 collaborator合作者 of ours我们的. He has made制作 many许多, many许多 pieces.
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我们就成了固定合作者。丹作了许多许多曲子,
12:56
He makes品牌 his own拥有 CDs光盘. Actually其实, he is quite相当 well known已知 in the Boston波士顿 area --
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发行了自己的CD唱片。其实在波士顿地区,他知名度很高,
12:59
mentors导师 people at the hospital醫院 and children孩子, locally本地, in how to make their own拥有 music音乐.
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还教授医院的人们和当地的孩子如何创作音乐。
13:03
And I'll let Adam亚当 tell you. So, Adam亚当 is a Ph博士.D. student学生 at MITMIT, an expert专家 in music音乐
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下面请亚当来讲,他是麻省理工学院的博士生,
13:08
technology技术 and medicine医学. And Adam亚当 and Dan have become成为 close collaborators合作者.
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音乐技术和医药方面的专家,和丹有着密切的合作。
13:13
What Adam's亚当 been working加工 on for this last period is not only how to have Dan
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亚当所做的不但使丹能够
13:17
be able能够 easily容易 to make his own拥有 pieces,
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轻轻松松作曲,
13:20
but how he can perform演出 his piece using运用 this kind of personal个人 instrument仪器.
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而且使他能用个性化乐器来演奏自己的作品。
13:23
So, you want to say a little bit about how you guys work?
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怎么样,谈谈你们是怎么做的吧?
13:25
Adam亚当 Boulanger布朗热: Yes. So, Tod and I entered进入 into a discussion讨论
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亚当•布朗杰(以下简称亚当):好。图斯伯里医院的项目源自
13:28
following以下 the Tewksbury图克斯伯里 work and it was really about how Dan is an expressive表现的
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我和托德的一次讨论,那时我们谈到丹是个非常有表现欲、
13:32
person, and he's an intelligent智能 and creative创作的 person. And it's in his face面对,
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聪明而且有创造力的人。你可以从
13:37
it's in his breathing呼吸, it's in his eyes眼睛. How come he can't perform演出
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他的一举一动里看出来。为什么他就不能演奏一段属于自己乐曲呢?
13:40
one of his pieces of music音乐? That's our responsibility责任, and it doesn't make sense.
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没有理由说这不可以呀!同样,这也是我们的责任。
13:44
So we started开始 developing发展 a technology技术 that will allow允许 him with nuance细微差别,
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于是我们着手研发一种技术,
13:47
with precision精确, with control控制, and despite尽管 his physical物理 disability失能, to be able能够 to do that,
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让他用微小的动作和精准的操控,来演奏自己的作品,
13:52
to be able能够 to perform演出 his piece of music音乐.
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而对自己肢体的不便不必介意。
13:55
So, the process处理 and the technology技术 --
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嗯,谈到流程和技术,
13:57
basically基本上, first we needed需要 an engineering工程 solution. So, you know,
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简言之,首先需要一个工程之道。你看,
14:00
we have a FireWire火线 camera相机, it looked看着 at an infrared红外线 pointer指针.
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我们放置了一台1394火线接口的摄像头来追踪红外指针。
14:03
We went with the type类型 of gesture手势 metaphor隐喻 that Dan was already已经 used to
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我们利用了丹在言语控制中使用的肢体语言
14:07
with his speaking请讲 controller调节器.
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和表意系统。
14:11
And this was actually其实 the least最小 interesting有趣 part部分 of the work, you know,
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设计流程是“不太”有趣的一部份。
14:14
the design设计 process处理. We needed需要 an input输入; we needed需要 continuous连续 tracking追踪;
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我们需要一些输入、持续的跟踪
14:17
in the software软件, we look at the types类型 of shapes形状 he's making制造.
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以及软件来监测他做出的不同形状。
14:20
But, then was the really interesting有趣 aspect方面 of the work, following以下 the engineering工程 part部分,
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解决了工程问题,随后便是工作中真正有趣的部分了。
14:24
where, basically基本上, we're coding编码 over Dan's shoulder at the hospital醫院
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简单的讲吧,我们在医院现场编程,和丹密切合作,
14:27
extensively广泛 to figure数字 out, you know, how does Dan move移动?
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理解他是如何动作,
14:30
What's useful有用 to him as an expressive表现的 motion运动?
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哪些具有表现力的动作是他觉得有用的。
14:32
You know, what's his metaphor隐喻 for performance性能?
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再如,他用什么手法来演奏?
14:35
What types类型 of things does he find
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哪些是他觉得重要,
14:37
important重要 to control控制 and convey传达 in a piece of music音乐?
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并可以用于控制和传达音乐的东西?
14:39
So all the parameter参数 fitting配件, and really the technology技术
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可以说,所有的参数、所有的技术,
14:43
was stretched拉伸 at that point to fit适合 just Dan.
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都是为丹量身定做的。
14:46
And, you know, I think this is a perspective透视 shift转移. It's not that our technologies技术 --
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嗯,我觉得,这也是未来的趋势。
14:52
they provide提供 access访问, they allow允许 us to create创建 pieces of creative创作的 work.
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并非是技术本身打开了创新之门。
14:56
But what about expression表达? What about that moment时刻 when an artist艺术家 delivers提供
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是表达么?是艺术家创作作品的那一刻吗?
14:59
that piece of work? You know, do our technologies技术 allow允许 us to express表现?
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我们的技术有给大家表述的机会么?
15:03
Do they provide提供 structure结构体 for us to do that? And, you know, that's a personal个人 relationship关系
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他们有提供这样的构架吗?其实,是人与人之间的联系
15:07
to expression表达 that is lacking不足 in the technological技术性 sphere领域. So, you know,
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产生了表达,而这恰是技术本身所不能的。
15:11
with Dan, we needed需要 a new design设计 process处理, a new engineering工程 process处理
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于是,我们需要新的设计流程和工程流程,
15:14
to sort分类 of discover发现 his movement运动 and his path路径 to expression表达 that allow允许 him to perform演出.
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来了解丹的动作以及表达方式,方便他来表演,
15:19
And so that's what we'll do today今天.
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这便是今天我们所要做的。
15:21
TMTM值: So let's do it. So Dan do you want to tell everyone大家
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托德:我们开始吧,丹,要告诉大家
15:23
about what you're going to play now?
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你将要演奏什么吗?
15:31
DEDE: This is "My Eagle Song歌曲."
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丹:我的“鹰之颂”。
15:35
TMTM值: So Dan is going to play a piece of his, called "My Eagle Song歌曲".
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托德:丹将演奏他的乐曲“鹰之颂”。
15:38
In fact事实, this is the score得分了 for Dan's piece,
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这是他的乐谱,
15:40
completely全然 composed by Dan in HyperscoreHyperscore.
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完全由他用“超级乐谱”完成的。
15:43
So he can use his infrared红外线 tracker跟踪器 to go directly into HyperscoreHyperscore.
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他用红外追踪器来操作软件。
15:48
He's incredibly令人难以置信 fast快速 at it, too, faster更快 than I am, in fact事实.
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他用起软件来,出乎意料的快,事实上,比我还快呢。
15:51
(Laughter笑声)
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丹:呜呜呀呀…… (想说些什么)
15:55
TMTM值: He's really modest谦虚, too.
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托德:他太谦虚了,哈哈。
15:58
So he can go in HyperscoreHyperscore. You start开始 out by making制造 melodies旋律 and rhythms节奏.
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他使用了软件,从乐音和旋律开始,
16:04
He can place地点 those exactly究竟 where he wants.
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他可以把它们放置在自己想要的地方。
16:06
Each one gets得到 a color颜色. He goes back into the composition组成 window窗口,
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每个元素都有色彩,回到编曲窗口,
16:09
draws the lines线, places地方 everything the way he wants to. Looking at the HyperscoreHyperscore,
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画线,把这些东西放到他所想要的位置。
16:14
you can see it also, you can see where the sections部分 are,
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看着“超级乐谱”,
16:17
something might威力 continue继续 for a while, change更改, get really crazy and then end结束
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你可以观察到音乐的
16:22
up with a big bang at the end结束.
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起承转合。
16:25
So that's the way he made制作 his piece, and as Adam亚当 says,
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这就是他作曲的方法。正如亚当所说的,
16:28
we then figured想通 out the best最好 way to have him perform演出 his piece.
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我们找到了让他演奏的最好的办法。
16:35
It's going to be looked看着 at by this camera相机, analyze分析 his movements运动,
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摄像头会监控丹,分析他的动作,
16:38
it's going to let Dan bring带来 out all the different不同 aspects方面 of his music音乐 that he wants to.
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让他随心所欲地展示他音乐的方方面面。
16:42
And you're also going to notice注意 a visual视觉 on the screen屏幕.
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你还会看到荧屏上的视觉特效。
16:45
We asked one of our students学生们 to look at what the camera相机 is measuring测量.
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我的一位学生负责视觉采样。
16:51
But instead代替 of making制造 it very literal文字, showing展示 you exactly究竟
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其实这里并非是原封不动地显示相机跟踪的物体,
16:54
the camera相机 tracing追踪, we turned转身 it into a graphic图像 that shows节目 you the basic基本
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我们把采集的数据转化成了影像,
16:59
movement运动, and shows节目 the way it's being存在 analyzed分析.
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以便显示基本的运动和分析的方法。
17:03
I think it gives an understanding理解 of how we're picking选择 out movement运动 from what
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我觉得这些影像有助于大家理解我们是如何提取丹的动作。
17:07
Dan's doing, but I think it will also show显示 you, if you look at that movement运动,
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如果观察他表演时的举动,
17:11
that when Dan makes品牌 music音乐, his motions运动 are very purposeful有目的的, very precise精确,
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屏幕上的影像还能展现丹的动作目的明确、精准、
17:18
very disciplined纪律 and they're also very beautiful美丽.
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有专业素养,并且很优美。
17:21
So, in hearing听力 this piece, as I mentioned提到 before, the most important重要 thing is
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正如我先前提到的,在听他的作品时,
17:26
the music's音乐的 great, and it'll它会 show显示 you who Dan is.
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重点是音乐棒极了,它会告诉你一个真实的丹。
17:29
So, are we ready准备 Adam亚当?
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亚当,准备好了么?
17:31
ABAB: Yeah.
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亚当:好啦。
17:33
TMTM值: OK, now Dan will play his piece "My Eagle Song歌曲" for you.
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托德:好,有请丹为大家表演他的作品“鹰之颂”。
20:01
(Applause掌声)
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(持续热烈的掌声)
20:25
TMTM值: Bravo布拉沃.
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托德:太棒了。
20:27
(Applause掌声)
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(掌声)
Translated by Wei Dong
Reviewed by Tony Yet

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ABOUT THE SPEAKERS
Tod Machover - Composer, inventor
At MIT's Media Lab, Tod Machover creates boundary-breaking new music, often using new instruments and music technologies he has invented.

Why you should listen

Tod Machover is head of the MIT Media Lab's Hyperinstruments/Opera of the Future group. He has composed five operas and helped to develop many groundbeaking musical technologies -- including Hyperinstruments, a technology that augments musical expression for both virtuosi (from Yo-Yo Ma to Prince) and amateurs, and Hyperscore, software that allows anyone to create sophisticated, original music by using lines and colors. Many of Machover's principles about "active participation" in music are exemplified in Guitar Hero, which grew out of his lab.

Among his current projects is a new opera, Death and the Powers, complete with a musical chandelier, animatronic walls, and an army of robots. Death and the Powers premieres in Monaco in September 2009.

A recent focus of Machover's group has been on Music, Mind and Health, which marshals the power of music to promote well-being. Working with long-term patients at facilities such as Tewksbury Hospital, north of Boston, the group's goal is to develop personal musical activities that adapt to the particular skills and needs of each individual. In this way, the path to health becomes as rewarding as learning an instrument, composing a symphony, or premiering at Carnegie Hall.

More profile about the speaker
Tod Machover | Speaker | TED.com
Dan Ellsey - Musician
Dan Ellsey uses Hyperscore music software and a custom-tuned musical "hyperinstrument" to write, perform and conduct his music, and to help others learn how to compose.

Why you should listen

A resident of Tewksbury Hospital in Massachusetts, Dan Ellsey has cerebral palsy and does not walk or speak. He does, however, write and play his own music, and mentor others, through a groundbreaking music system developed by MIT's Tod Machover and his team, including grad student Adam Boulanger. Working closely with this team, Ellsey helped to develop and fine-tune a head-mounted interface, tweaked to respond to his movements, that allows him to compose music and to conduct nuanced performances of his work. Hyperscore software helps Ellsey notate his musical ideas.

Ellsey's work has been performed at MIT, on the radio and at workshops around the Boston area. The Lowell Symphony Orchestra performed his piece "Our Musically" at a 2004 concert for residents of Tewksbury -- many of whom count Ellsey as a mentor in their own musical education.

More profile about the speaker
Dan Ellsey | Speaker | TED.com

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