Top 45 Robotics Quotes

I see Grand Challenge not as the end of the robotics adventure we’re on: it’s almost like the beginning.

I had the honor of speaking with Asimov. The album ended up being something not directly related to Asimov, but related instead to the concept of the power of robotics.

Mr. Xi is all-in on robotics, aerospace, high-speed rail, new-energy vehicles and advanced medical products.

When I was building robots in the early 1990s, the problems of voice recognition, image understanding, VOIP, even touchscreen technologies – these were robotics problems.

Today, billions of mobile devices with extraordinary power are uniting with advancements in robotics artificial intelligence, nanotechnology, and so much more.

I’ve been in navigation systems, robotics, restaurants, communications systems, touch screens, and now I’m back in games. I like to say I have five-year A.D.D.

TED Women will focus on the ideas and innovations championed by women and girls. These cover everything from community development to economic growth to biodynamic farming to robotics to medical treatments to the use of technology for personal safety and peace making.

I won a robotics championship when I was 13.

Dad was very into electronics, robotics and computers, so I was interested in what he was doing.

Students can’t dream big when classrooms lack books, microscopes, and robotics kits – or even paper, pencils, and paste.

From aerial robotics to big data analytics, technology presents the opportunity to expedite and magnify the impact of humanitarian relief efforts through greater efficiency and responsiveness: reaching more people, sooner, more cost-effectively, and saving more lives.

Innovation hubs are going to be in cities focused on the industries and clients of that city. So in Houston, it’s focused on our industrial companies, particularly the energy sector, robotics, and automation.

There are an endless number of things to discover about robotics. A lot of it is just too fantastic for people to believe.

Our aspiration must be to reform, upgrade and enlarge our education system – and to make it relevant to 21st century realities of the digital economy, genomics, robotics and automation.

When you start to automate, you start to do the self-driving thing, you make it much more efficient. When these cars go into self-driving, you start to become a robotics company.

People don’t want to believe that technology is broken. Pharmaceuticals, robotics, artificial intelligence, nanotechnology – all these areas where the progress has been a lot more limited than people think. And the question is why.

The idea that a robot will become more aware of its environment, that telling it to ‘go to the kitchen’ means something – navigation and understanding of the environment is a robot problem. Those are the technological frontiers of the robotics industry.

We are proactively training and upscaling thousands of people in key areas such as cloud, artificial intelligence, and robotics.

In many areas, the E.U. regulates to help the worst sort of giant corporate looters defending their position against entrepreneurs. Post-Brexit Britain will be outside this jurisdiction and able to make faster and better decisions about regulating technology like genomics, AI and robotics.

My degrees are in physics and space physics, and I did well enough in university that I actually started working at the Johnson Space Center in Houston, Texas, as a robotics flight controller right after college.

The world got enamored with smartphones and tablets, but what’s interesting is those devices don’t do everything that needs to be done. Three-D printing, virtual-reality computing, robotics are all controlled by PCs.

We need to have making, including computer science, shop, etc. as part of the core curriculum from the beginning, not just an optional afterschool thing. Things like First Robotics and all of those great programs need to become mainstream.

Back in the days of Apollo, sending humans to the moon was the only viable way to get the scientific data we wanted. But now, with our computer and robotics technology, there’s very little an astronaut can do on Mars that a well-designed rover can’t.

Robotics are beginning to cross that line from absolutely primitive motion to motion that resembles animal or human behavior.

We have artificial intelligence, virtual reality, augmented reality, 3D-printing, robotics and nanotechnology that have changed the face of modern medicine. It is essential for Indian doctors to familiarise themselves with the latest developments to be able to control technology and not the other way around.

And now for Return to Flight, I’m chief of robotics working in the astronaut office in Houston, as a Canadian.

I would love to learn popping, locking and robotics, gymnastics and acrobatics; it is amazing to learn these things.

We have to face the fact that countries are going to lose jobs to robotics. The only question that needs to be answered is which country will create and own the best robotic technology and have the infrastructure necessary to enable it.

Achieving net zero carbon emissions by 2050, identifying treatments to diseases like cancer, and harnessing the power of robotics and artificial intelligence to support everyday tasks are all within our grasp. The first country that gives birth to these discoveries will change life as we know it.

If you look at the field of robotics today, you can say robots have been in the deepest oceans, they’ve been to Mars, you know? They’ve been all these places, but they’re just now starting to come into your living room. Your living room is the final frontier for robots.

For so many in the UK, the social contract is broken – the idea that if you work hard and play by the rules, you’ll reap the rewards. Advances in robotics, artificial intelligence and other technologies are just as capable of fixing the social contract as they are to weaken it further.

Did Google need to make robot cars in order to make Streetview work? Absolutely not. It’s the equivalent of saying you need a walking robot in order to push an upright vacuum cleaner. It’s gratuitous robotics!

Machines are becoming devastatingly capable of things like killing. Those machines have no place for empathy. There’s billions of dollars being spent on that. Character robotics could plant the seed for robots that actually have empathy.

Virtual reality, all the A.I. work we do, all the robotics work we do – we’re as close to realizing science fiction as it gets.

Sometimes a technology is so awe-inspiring that the imagination runs away with it – often far, far away from reality. Robots are like that. A lot of big and ultimately unfulfilled promises were made in robotics early on, based on preliminary successes.

A.I. will make it possible for the Internet to directly engage people in the real world, through robotics and drones and little machines that will do smart things by themselves.

I ultimately got into robotics because for me, it was the best way to study intelligence.

Robotics is very interdisciplinary, and so, except at a very few colleges, there is not a major that is exactly fitted to robotics.

Hands-on experience is the best way to learn about all the interdisciplinary aspects of robotics.

Expanding access to robotics programs for students has been a significant focus of my administration.

I think robotics is a really hard problem – to make robots that operate in sort of arbitrary environments, like a big conference room with chairs and stuff.

Ultimately, I hypothesize that technology will one day be able to recreate a realistic representation of us as a result of the plethora of content we’re creating converging with other advances in machine learning, robotics and large-scale data mining.

With Liquid Robotics’ innovative technology and Boeing’s leading intelligence, surveillance, and reconnaissance solutions, we are helping our customers address maritime challenges in ways that make existing platforms smarter, missions safer, and operations more efficient.

Yes, I see the Mobile Base System really is the shoulder of the arm. The arm is right there, like a human arm. It’s really funny to look at the similarities between a human arm and the Canadian robotics arm.

The way that the robotics market is going to grow, at least in the home, is that we’ll have a number of different special purpose robots.