Computer in sentence

2497 examples of Computer in a sentence

In 2012, Google announced that they had a deep learning algorithm watch YouTube videos and crunched the data on 16,000 computers for a month, and the computer independently learned about concepts such as people and cats just by watching the videos.

Now this system is now only two weeks old, so probably within the next year, the computer algorithm will be well past human performance at the rate things are going.

In this pathology case, the computer system actually discovered that the cells around the cancer are as important as the cancer cells themselves in making a diagnosis.

So the nice thing is that the human and the computer can now work together.

So the human, as you can see here, is telling the computer about areas of interest which it wants the computer then to try and use to improve its algorithm.

Now, these deep learning systems actually are in 16,000-dimensional space, so you can see here the computer rotating this through that space, trying to find new areas of structure.

So here, the computer has successfully found areas, for example, angles.

So as we go through this process, we're gradually telling the computer more and more about the kinds of structures we're looking for.

So here we have to be a bit more careful, manually selecting these fronts as opposed to the backs, then telling the computer that this is a type of group that we're interested in.

We can then use this concept of similar images, and using similar images, you can now see, the computer at this point is able to entirely find just the fronts of cars.

So at this point, the human can tell the computer, okay, yes, you've done a good job of that.

In this case, even after we let the computer try to rotate this for a while, we still find that the left sides and the right sides pictures are all mixed up together.

So we can again give the computer some hints, and we say, okay, try and find a projection that separates out the left sides and the right sides as much as possible using this deep learning algorithm.

This is a case not where the human is being replaced by a computer, but where they're working together.

Where there are mistakes, we can let the computer know about them.

Our collaborators at Quanta Research even created this nice website where you can upload your videos and process them online, so even if you don't have any experience in computer science or programming, you can still very easily experiment with this new microscope.

I used computer science tools to replicate social science experiments at scale, at web scale.

And he takes a few seconds because we are setting everything, and you are going to see a blue light cutting in front of the helmet because Bruno is going to imagine the movement that needs to be performed, the computer is going to analyze it, Bruno is going to certify it, and when it is certified, the device starts moving under the command of Bruno's brain.

That is the definition of a biological computer, interacting by brain activity and achieving a motor goal.

So what I need to say is that no Turing machine, no computer can predict what a brain net will do.

And I have several dictionaries in my own studio, and I do use a computer every day, and if I need to look up a word, I'll go on the computer, because I can go directly and instantly to what I'm looking up.

So we started having, in the cafeteria, a computer where you could go in and you could ask what someone spent, how much someone makes, what they make in benefits, what the company makes, what the margins are, and so forth.

We showed in a study a few years ago that you can actually match the palm of someone's hand up to the computer mouse that they use routinely with up to 95 percent accuracy.

So just like we can match you to your computer equipment by the microbes you share, we can also match you up to your dog.

What you are sending, in many ways, is actually a postcard, and it's a postcard in the sense that everybody that sees it from the time it leaves your computer to when it gets to the recipient can actually read the entire contents.

First, you encrypt the connection between your computer and the email server.

So what we do is we generate encryption keys on your computer, and we don't generate a single key, but actually a pair of keys, so there's an RSA private key and an RSA public key, and these keys are mathematically connected.

So what we have to do is we have to encrypt it before it even leaves Bob's computer, and one of the tricks is, we encrypt it using the public key from Alice.

So I'm here today to give you a progress report on the latest advances in our research in computer vision, one of the most frontier and potentially revolutionary technologies in computer science.

Our research field is called computer vision and machine learning.

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