Computers in sentence

1085 examples of Computers in a sentence

And then we came up with this idea to not just use electronics, but let's just smash computers with everyday objects and see how that goes over.

But it's also very serious because all this accessibility stuff started coming up, where people can't use computers, necessarily.

And this happens very often with these computers, that the younger children are found teaching the older ones.

But as the social researcher Charles Murray has documented, as we started to automate the economy, and 1960 is just about when computers started to be used by businesses, as we started to progressively inject technology and automation and digital stuff into the economy, the fortunes of Bill and Ted diverged a lot.

By the way, the wages for librarians went up faster than the wages for other jobs in the U.S. over that same time period, because librarians became partners of computers.

Computers became tools, and they got more tools that they could use and become more effective during that time.

Throughout the history of computers we've been striving to shorten the gap between us and digital information, the gap between our physical world and the world in the screen where our imagination can go wild.

Well, in this case, this spherical magnet acts like a 3D pixel in our space, which means that both computers and people can move this object to anywhere within this little 3D space.

Well, then you'll appreciate this principle that we should invest much more in AI safety research, because as we put AI in charge of even more decisions and infrastructure, we need to figure out how to transform today's buggy and hackable computers into robust AI systems that we can really trust, because otherwise, all this awesome new technology can malfunction and harm us, or get hacked and be turned against us.

Do you want beautiful beaches, forests and lakes, or would you prefer to rearrange some of those atoms with the computers, enabling virtual experiences?

When Bob and I did this design, we thought we were building a system to connect computers together.

There are machines that need to talk to machines and that we need to talk to, and so as time goes on, we're going to have to learn how to communicate with computers and how to get computers to communicate with us in the way that we're accustomed to, not with keyboards, not with mice, but with speech and gestures and all the natural human language that we're accustomed to.

I mean, anybody who's thought about computers at all can see that that's wrong, because computation is defined as symbol manipulation, usually thought of as zeros as ones, but any symbols will do.

So there's a network of computers that are challenged to solve a very complex mathematical problem and the person that manages to solve it first gets the Bitcoins.

So there's computers that protect themselves, like an immune system, and we're learning from gene regulation and biological development.

So what we did is we took a data system which we run every two weeks of the year in Formula 1 and we installed it on the hospital computers at Birmingham Children's Hospital.

Turn off those computers.

These are the largest prime numbers we knew decade by decade, each one dwarfing the one before as computers took over and our power to calculate just grew and grew.

Computers have changed the lives of us all in this room and around the world, but I think they've changed the lives of we blind people more than any other group.

So, of course, with lots of programmable computers and robots around, this is an easy thing to picture.

You guys have very insecure computers, OK?

And that's what makes computers powerful, these high-level languages that can be compiled.

In the same span of time, computers' ability to recognize people in photos improved by three orders of magnitude.

What happens when you combine these technologies together: increasing availability of facial data; improving facial recognizing ability by computers; but also cloud computing, which gives anyone in this theater the kind of computational power which a few years ago was only the domain of three-letter agencies; and ubiquitous computing, which allows my phone, which is not a supercomputer, to connect to the Internet and do there hundreds of thousands of face metrics in a few seconds?

It has shrunk because our instruments enable us in part to measure smaller and smaller units of time, and this in turn has given us a more granular understanding of the material world, and this granular understanding has generated reams of data that our brains can no longer comprehend and for which we need more and more complicated computers.

But technological change happens relatively slowly in my world, believe it or not, compared to the changes that happen in mobile phone technology and computers and digital technologies and so on.

It may look like a plane with a fancy paint job, but I packed it with over 1,000 kilos of high-tech sensors, computers, and a very motivated staff of Earth scientists and pilots.

I should think they'll say yes, because they'll know that they make software that goes on computers, and occasionally works.

There have now been over the last few years an industry of companies who provide surveillance technology to governments, specifically technology that allows those governments to hack into the computers of surveillance targets.

The Federal Bureau of Investigation in the United States does have the budget to build their own surveillance technology, and so for several years, I've been trying to figure out if and how the FBI is hacking into the computers of surveillance targets.

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