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  • My name is Colin Angle and

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  • I founded my company 'iRobot' 23 years ago

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  • with a single focus to make robots practical.

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  • In 1962, there was an American cartoon,

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  • called The Jetsons with Rosie the robot.

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  • And when the world saw Rosie,

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  • we all knew what the next big thing was going to be.

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  • Unfortunately 40 years passed,

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  • and it didn't happen.

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  • What I'd like to spend a few minutes with you today talking about,

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  • is the acceleration and coming of age of the robot industry.

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  • We are starting to see around the world

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  • applications where robots are actually making a difference.

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  • And we are actually seeing exciting new businesses

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  • spring up and change how we think about the world and how

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  • we think about machines.

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  • The important realization was that robots do not look like this.

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  • Instead, if you want to make a business, if you want robots in our world

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  • we need to think about what are the challenges

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  • that face people on a daily basis,

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  • and to think about how

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  • we can create intelligent machines

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  • that can deliver more value then they cost to produce.

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  • If we can do that,

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  • we have created a great business.

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  • If we make something that is an amazing and exciting demonstration,

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  • we have made an exciting demonstration that had

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  • very little impact on the world.

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  • I believe that for every successful robot product

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  • there are many thousands of demonstration of robots.

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  • To give you an example of a success,

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  • where by abandoning traditional notions of what a robot should be

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  • we have created something of real impact,

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  • we can look at vacuuming robots.

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  • So this is the 'Roomba'.

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  • This is my robot. We've sold over 10 million of these robots.

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  • And I think people would find it surprising if I told you

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  • that 15 percent of all of the money spent in the world

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  • on vacuuming cleaners today is now spent on robots.

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  • And in fact,

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  • in a few countries

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  • the number one selling vacuuming the entire country is now

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  • a robot.

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  • This is an example of what can happen

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  • when you actually get it right.

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  • You actually say, well, people don't want to vacuum,

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  • people don't have time to vacuum.

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  • So how do we solve that?

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  • Another example

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  • of where robots are creating value

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  • is in very dangerous situations.

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  • In 2002,

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  • wethere was a great challenge in Afghanistan. The United States

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  • sent soldiers to Afghanistan.

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  • And we were watching television and they told us how

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  • the soldiers would have ropes

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  • tied around their waists to go into the caves in Afghanistan.

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  • So if they were hurt or shot,

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  • you could drag the solider out

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  • using that rope.

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  • And we said that was a crazy, crazy thing.

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  • Why has not technology solved this problem?

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  • Why are people doing that instead of a robot?

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  • So, we had a project to make a robot,

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  • we sent it over to Afghanistan,

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  • we sent it into caves. We found some very, very scary things.

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  • This is all automatic weapon, ammunition, and explosives

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  • founded in a cave by the robot.

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  • And we made a difference.

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  • Perhaps,

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  • the most easy to understand and graphical way of the difference

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  • I will demonstrate with two short videos.

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  • Both happened in the streets of Iraq.

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  • The first demonstrated here where you have a humvee,

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  • (can we have the sound up?)

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  • Um, you can see pushing a bomb off the street.

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  • Now, contrast that video,

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  • with this video,

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  • of a robot doing the same sort of thing.

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  • (again the volume there)

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  • So you can see by that orange can is the robot,

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  • So, in the first video you heard screams

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  • the driver of that vehicle was not killed

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  • um survived. But here we have laughter and guys think

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  • 'Dude, Dude! I caught that on video!'

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  • So the robot was in fact destroyed but other than that

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  • we had resolved the situation.

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  • So again, robots for going into very scary and

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  • dangerous situations enable to change the equation

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  • and protect the lives of people trying to protect us.

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  • So this technology, this idea

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  • that was represented by those robots that you just saw

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  • is the beginning of a very exciting idea.

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  • We can create robots that can act as surrogates

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  • for our physical self

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  • and change the meaning of what being someplace means.

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  • So the next industry which is

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  • going to be changed by robots is health care.

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  • We're seeing the world where the sophistication

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  • of health care is increasing every single day.

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  • Treatments are more and more sophisticated.

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  • But it requires doctors

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  • with an increasingly sophisticated understanding

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  • of a narrow area of medicine to make sure that

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  • the patient gets the right treatment.

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  • This is causing a new challenge

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  • in medicine, trying to match up

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  • the specialist with the patient that needs his or her expertise.

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  • So what a great opportunity to create a robot, not to defuse

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  • bombs, but to diagnose patients at a distance.

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  • So this robot that you see

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  • behind me, is deployed. There's about 50 of these robots

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  • in action today in many different hospitals and

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  • the United States and Mexico

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  • and growing into an increasing number of hospitals.

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  • And the way they work

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  • is a big city hospital which has these specialists

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  • actually sends the robots to rural hospitals.

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  • Now that rural hospital can

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  • see a patient. Say right now, the most common uses is for stroke.

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  • A patient goes to that small hospital.

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  • Instead of the doctor walking in to see the patient,

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  • a robot drives in,

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  • performs the diagnosis. The right drug, or the right treatment

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  • is applied to help that patient be stable.

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  • And then if the patient can stay in that rural hospital,

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  • he or she does. If he needs additional treatment,

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  • he can now be safely moved to the larger hospital.

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  • We have seen dramatic increases in the outcomes

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  • of patients in these rural hospitals using this robot technology.

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  • And we should expect to see robots play a larger role

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  • in providing health care,

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  • because it will allow us to leverage fully

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  • the education of the doctors

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  • around the world to be put to use in the best possible way.

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  • How about something a little closer to home?

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  • Why do we all have to travel

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  • if we want to go somewhere?

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  • This is a new idea where

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  • I could be giving this talk to you today

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  • as a robot

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  • and able to do a different talk

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  • on the other side of the world tomorrow

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  • using a robot. This idea of making the world smaller

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  • not just for doctors, but for anyone,

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  • is a very exciting idea.

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  • So we've created a robot. And I have given

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  • a number of talks using this robot.

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  • And it's very exciting. I can stand up,

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  • I can give my talk, I can go answer questions afterwards.

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  • When my time is up, I can drive out of this hall

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  • and meet other people and answer their questions

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  • and behave exactly like I would if I was here in person.

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  • And as a result, I make the world a little smaller,

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  • and I increase our ability to communicate with each other.

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  • So the robot industry is changing.

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  • The robot industry is changing other industries

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  • but it's also being changed itself,

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  • which is very exciting.

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  • In 1991 I founded iRobot

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  • if I wanted my robot to be wirelessly connected

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  • to something else, I had to build to radio,

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  • I had to build the artificial intelligence.

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  • Not surprisingly, I had to build the vision system,

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  • the navigation system, the manipulators,

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  • the touch screen interfaces, the voice recognition. In fact,

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  • the only thing I could depend on and borrow from other industries

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  • were batteries and motors.

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  • Today, that is no longer the case.

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  • The video game industry and the mobile industry

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  • have solved many, many challenging robot problems.

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  • I can use Siri or Dragon Naturally Dictate

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  • for my speech recognition. I can use wireless communication.

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  • I can use gesture recognition from my kinetic X-Box.

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  • All of these technologies I can assume exist,

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  • and focus the robot industry on navigation, perception

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  • and manipulation.

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  • So, I'd like to give you a little example of

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  • what the state of the art looks like.

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  • In order to make that medical robot work,

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  • the robot has to understand the hospital,

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  • because the doctor isn't going to drive the robot to the patient

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  • he has other things to do.

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  • And in fact,

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  • he may never have been to the hospital before.

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  • He would like to say,

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  • "I want to see patient in room 602"

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  • and the robot should get there all by itself.

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  • so that means that robots have to able to map automatically.

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  • So we've created a robot that does just that.

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  • We drive the robot around the building.

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  • The robot creates a map.

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  • It is registered against a floor plan of the building.

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  • And the robot knows where the room 602 is.

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  • We want the robot to understand and

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  • recognize objects in the room.

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  • So we needed to create a technology

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  • that would allow the robot to say,

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  • "I know what that is".

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  • So we created a system called ViPR,

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  • which recognized exact objects

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  • and copy the exact copies of those objects

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  • regardless of the lighting,

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  • regardless of the orientation of that object,

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  • and do that reliably.

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  • And we do that, and we are able do that

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  • in a very very tiny microprocessor.

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  • So here we have a cell-phone.

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  • So this system will allow a robot to recognize

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  • dollar bills, different objects, as long as they are

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  • exactly like other versions of it.

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  • So that's cool.

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  • But what about generic classes of objects?

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  • When you walked into this auditorium,

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  • you may have never seen a chair that looks

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  • exactly like the one you're sitting in.

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  • And yet, you recognized that's a chair,

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  • and you used it to sit down. Well,

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  • a robot should be able to have that same understanding

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  • of categories of objects

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  • so that it can clean under them.

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  • It can recognize what type of the room it's in,

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  • and have a better awareness of where it is.

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  • 00:14:18,896 --> 00:14:21,264

  • So this is a demonstration of a technology

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  • called iSpot that does exactly that.

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  • 00:14:23,432 --> 00:14:28,439

  • So what you'll see here is a robot driving through

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  • a building which has a number of different types of

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  • kitchens and different appliances,

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  • and dynamically in real-time, recognizing

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  • the category of the appliance in

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  • that kitchen area automatically.

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  • 00:14:44,857 --> 00:14:46,623

  • So if you are a robot and you are doing that mapping

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  • you could also be looking at all the different appliances

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  • and fixtures in that room and be able to tell,

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  • just like your eye could tell,

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  • whether that room is a kitchen or the den or the living room.

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  • 00:15:02,373 --> 00:15:06,153

  • so as we get better and better

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  • at making our robots more capable

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  • of understanding their environment and

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  • 00:15:13,321 --> 00:15:18,737

  • ultimately able to pick up and lift

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  • and move objects,

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  • we create more and more exciting industries.

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  • And that's very good.

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  • Because 1962,

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  • we saw Rosie the robot and we said

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  • "when are we going to have robots in our lives?"

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  • And 50 years have passed.

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  • And now we're starting

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  • to see some application and some robots that actually

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  • 00:15:46,183 --> 00:15:49,052

  • we can afford and bring into our lives.

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  • 00:15:49,052 --> 00:15:51,988

  • But if you can compare the number

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  • of robots that are out there today,

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  • 00:15:56,090 --> 00:15:58,987

  • and match that up against the need,

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  • match that against the opportunity,

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  • that robots will play in the future,

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  • I believe you will agree with me

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  • when I say:

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  • "we are just about none of the way

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  • in accomplishing what we will accomplish over the next decades."

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  • Thank you very much.

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  • Subtitled by Samantha Hu

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TEDx] スマートマシン、未来を変える:コリン・アングルがTEDxTaipei 2013に登場 (【TEDx】智慧機器,轉變未來:Colin Angle at TEDxTaipei 2013)

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    richardwang に公開 2021 年 01 月 14 日
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