Networks in sentence

1341 examples of Networks in a sentence

Because once we build the first few water recycling systems close to the sewage treatment plant, we have to build longer and longer pipe networks to get that water to where it needs to go.

Many scientists and policy makers are instead focusing on early detection, monitoring underwater pressure and seismic activity, and establishing global communication networks for quickly distributing alerts.

But modulation networks are also activated that deliver endorphins and enkephalins, chemicals released when you're in pain or during extreme exercise, creating the runner's high.

All these networks and pathways work together to create your pain experience, to prevent further tissue damage, and help you to cope with pain.

Now, new treatments that directly stimulate or block certain pain-sensing attention or modulation networks are being developed, along with ways to tailor them to individual patients, using tools like magnetic resonance imaging to map brain pathways.

Your choices were limited to a couple of general interest magazines and newspaper of record, and three or four TV networks where trusted newscasters delivered the day's news at the same reliable time every evening.

Graphs like this are often used to map communication networks, but they can represent almost any kind of network, from transport connections within a city and social relationships among people, to chemical interactions between proteins or the spread of an epidemic through different locations.

As it turns out, computers are rapidly getting better at image recognition thanks to machine learning algorithms, such as neural networks.

You might think that training neural networks to recognize these would be a long and complicated task until you realize just how much data is out there, and how quickly modern computers can process it.

I'm interested in systems and networks and where we can concentrate our resources to do the most good.

Access to these online networks has given young Africans something we've always had to violently take: a voice.

Peer-to-peer networks assaulting the recording industry; free and open source software taking market share from Microsoft; Skype potentially threatening traditional telecoms; Wikipedia competing with online encyclopedias.

And the nervous system of communications is the Internet cables, satellites, cellular networks and data centers that allow us to share information.

But right now, there are more than 200 intercity learning networks thriving.

And all of these intercity networks are devoted to one purpose, mankind's number one priority in the 21st century: sustainable urbanization.

Only when we build sufficient, affordable public housing, when we invest in robust transportation networks to allow people to connect to each other both physically and digitally, that's when our divided cities and societies will come to feel whole again.

Let's take Southeast Asia, where high-speed rail networks are planned to connect Bangkok to Singapore and trade corridors from Vietnam to Myanmar.

We are the cells and vessels pulsing through these global connectivity networks.

One reason is that news networks have reduced the number of their foreign bureaus by half.

Wherever the world's companies, governments and nonprofits set up delivery networks for life-improving goods, we eliminate poverty.

What do these delivery networks look like?

What if the parents' boycott was part of a larger strategy to identify and cut off the resources that ISIS needs to function; the skilled labor needed to produce food; the engineers needed to extract and refine oil; the media infrastructure and communications networks and transportation systems, and the local businesses that ISIS relies on?

This neural network could be biological, inside our visual cortices, or, nowadays, we start to have the capability to model such neural networks on the computer.

You can do this with other kinds of networks as well.

Our artist collaborator, Ross Goodwin, has done experiments involving a camera that takes a picture, and then a computer in his backpack writes a poem using neural networks, based on the contents of the image.

What we've just seen are neural networks that are entirely trained to discriminate, or to recognize different things in the world, able to be run in reverse, to generate.

Furthermore, neurons are connected in networks.

Now, we don't know how the neurons in the brain are organized to form networks, and we don't know how the biomolecules are organized within neurons to form these complex, organized machines.

But if we could get such maps, if we could look at the organization of molecules and neurons and neurons and networks, maybe we could really understand how the brain conducts information from sensory regions, mixes it with emotion and feeling, and generates our decisions and actions.

So it's not at the level of resolution where it can pinpoint the molecular changes that occur or the changes in the wiring of these networks that contributes to our ability to be conscious and powerful beings.

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