Computing in sentence

302 examples of Computing in a sentence

And we wanted to do this, given the power and ubiquity of portable computing, we wanted to make sure that this would run on cell phones and tablets, and also we wanted to make this a wearable, something that you could wear under your clothing.

The next thing that we had to do is to persuade them that there needed to be spatial correspondence, which is straightforward, but again, it's something that didn't fall naturally out of a telecommunications or computing style of thinking; it was a very, if you will, architectural or spatial concept.

But as in so many other industries, computing has changed everything.

Now, we've had distributed computing before, of course.

I had a job in computing that I loved, and had even got Kojak, the dog I had been dreaming about for years.

We had to start distributing the petabytes of data to our collaborating partners in order to employ local computing and storage at hundreds of different institutes.

In order to orchestrate these interconnected resources with their diverse technologies, we developed a computing grid, enabling the seamless sharing of computing resources around the globe.

Instead, an alternative, more business-like approach for accessing on-demand resources has been flourishing recently, called cloud computing, which other communities are now exploiting to analyzing their big data.

But now with advanced computing and how developed our Internet is, it's really the golden era for innovation.

So the computing power did not exist in the early '90s when design work began in earnest.

This has many theoretical and practical applications, from solving the famous traveling salesman problem, to scheduling computing tasks and optimizing Internet searches, to enabling groups of robots to search a minefield or a burning building collectively, without any central control.

It's not surprising then that entanglement is at the core of quantum information science, a growing field studying how to use the laws of the strange quantum world in our macroscopic world, like in quantum cryptography, so spies can send secure messages to each other, or quantum computing, for cracking secret codes.

And so those 600,000 jobs that are open right now in computing and tech, women are being left behind, and it means our economy is being left behind on all the innovation and problems women would solve if they were socialized to be brave instead of socialized to be perfect.

I'm talking about freeing ourselves from the 2D confines of traditional computing.

So in theory, basic platforms like crowdfunding, cloud computing, social media are giving greater freedom to professional designers and giving more resources for the improvisational ones, and hopefully, a more receptive response to their ideas.

Mathematics may be abstract, but it's not dull and it's not about computing.

Computing power helps, but it would be useless without the mathematical modeling to find the information hidden in the data.

The classical computing paradigm is not one in which this task is easy to do.

And finally, computing began as an exercise in designing intelligent machinery.

And I think that computing is not just about accounting or playing Candy Crush or something.

So if I wanted to go and hack a block and, say, pay you and you with the same money, I'd have to hack that block, plus all the preceding blocks, the entire history of commerce on that blockchain, not just on one computer but across millions of computers, simultaneously, all using the highest levels of encryption, in the light of the most powerful computing resource in the world that's watching me.

It's predicted to be the advent of the singularity, a new moment in human development, where the lines between artificial intelligence and human intelligence blur, where computing and consciousness become almost indistinguishable and advanced technologies help us solve the 21st century's greatest problems: hunger, energy, poverty, ushering in an era of abundance.

Anyways, we thought it was going to affect all parts of science and technology, from computing to medicine.

We don't have any disease-fighting nanobots, there's no elevators to space, and the thing that I'm most interested in, no new types of computing.

We just have come to expect the pace of computing advancements to go on indefinitely.

And the science tells us if we could employ them in computing, we could see up to a ten times improvement in performance.

Now, computing is just one example.

By 2025, China means to be the dominant power in the major market in 10 leading technologies, including driverless cars, robots, artificial intelligence, quantum computing.

The art and the science of computing have come a long way since HAL was onscreen, and I'd imagine if his inventor Dr. Chandra were here today, he'd have a whole lot of questions for us.

To worry now about the rise of a superintelligence is in many ways a dangerous distraction because the rise of computing itself brings to us a number of human and societal issues to which we must now attend.

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