A Quote by Rodney Brooks

So robots are good at very simple things like cleaning the floor, like doing a repetitive task. Our robots have a little tiny bit of common sense. Our robots know that if they've got something in their hand and they drop it, it's gone. They shouldn't go and try and put it down.
I collect robots. They're mainly Japanese, American, and especially Russian - small robots, big robots, and old toy robots made between 1910 and the Fifties.
So, where are the robots? We've been told for 40 years already that they're coming soon. Very soon they'll be doing everything for us. They'll be cooking, cleaning, buying things, shopping, building. But they aren't here. Meanwhile, we have illegal immigrants doing all the work, but we don't have any robots.
I don't know if robots have personalities, but I think maybe we are special robots that are maybe human after all. We try to be a little bit human. Maybe we've managed to put a little bit of emotion.
Robots already perform many functions, from making cars to defusing bombs - or, more menacingly, firing missiles. Children and adults play with toy robots, while vacuum-cleaning robots are sucking up dirt in a growing number of homes and - as evidenced by YouTube videos - entertaining cats.
I didn't know how to necessarily make good robots and I was scared of failing to make good robots, so I thought I might as well make bad robots to kind of alleviate the pressure of that.
Back in the twentieth century, we thought that robots would have taken over by this time, and, in a way, they have. But robots as a race have proved disappointing. Instead of getting to boss around underlings made of steel and plastic with circuitry and blinking lights and tank treads, like Rosie the maid on The Jetsons, we humans have outfitted ourselves with robotic external organs. Our iPods dictate what we listen to next, gadgets in our cars tell us which way to go, and smartphones finish our sentences for us. We have become our own robots.
I'm Dr. David Hanson, and I build robots with character. And by that, I mean that I develop robots that are characters, but also robots that will eventually come to empathize with you.
Until computers and robots make quantum advances, they basically remain adding machines: capable only of doing things in which all the variables are controlled and predictable. Robots are bad at pattern recognition and certainly at common sense. That's why computers can beat humans in chess but can't have even a basic conversation with a six-year-old.
Human reactions to robots varies by culture and changes over time. In the United States we are terrified by killer robots. In Japan people want to snuggle with killer robots.
Right now, I think robots are where it's at. And yes, I'm biased. Robots and space, because with home rocket kits and Lego Mindstorm sets, people can get involved. I was raised on Transformers and GoBots, so I can't imagine what kids who are building real robots are dreaming about.
Robots are great. I am saying that now so that when a future civilization of robots takes us captive, they will search through the 'Guardian' web archive and realise I said, 'Robots are great,' and then they'll choose to save me.
There are lots of examples of routine, middle-skilled jobs that involve relatively structured tasks, and those are the jobs that are being eliminated the fastest. Those kinds of jobs are easier for our friends in the artificial intelligence community to design robots to handle them. They could be software robots; they could be physical robots.
Robots equipped with software can be designed to do repetitive jobs. All that you need in a factory is a set of dials, an expert, and a dog to keep the expert awake. We will be moving shortly to the next stage to robots with artificial intelligence who can "think."
Robots touch something deeply human within us. For me, robots are all about people.
Our robots are signing up for online learning. After decades of attempts to program robots to perform complex tasks like flying helicopters or surgical suturing, the new approach is based on observing and recording the motions of human experts as they perform these feats.
It's hard not to love Roomba. Roomba had such an amazing impact on the field. When we launched, we asked people, 'Is it a robot?' and got an overwhelming no - 'robots' have arms and legs; they command data. There was a very strong perception that robots had to look like people.
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