Systems in sentence

4888 examples of Systems in a sentence

In Mongolia for instance, where 30 percent of the people are nomadic, SMS information systems are being used to track migration and weather patterns.

It will stop because of the growing demand of us on all the resources, all the capacity, all the systems of the Earth, which is now having economic damage.

So all these experiments you've seen thus far, all these demonstrations, have been done with the help of motion-capture systems.

And there's a generation out there that's grown up on the Internet, and they know that it's not that hard to do things together, you just have to architect the systems the right way.

PV: Once we all do, we will be that much closer to living in spaces and systems that fight and care equally for all of us.

So, just as on Earth, clunky stereo systems have shrunk to beautiful, tiny iPods, maybe intelligent life itself, in order to reduce its footprint on the environment, has turned itself microscopic.

I'm starting my career as an artist, and I'm building things with my computer, small-scale things, investigating things like the growth systems of plants.

Or, in this example, I'm building a simulated economy in which pixels are trading color with one another, trying to investigate how these types of systems work, and just kind of having fun.

And from there, I started to be interested again in more active systems.

And still today, from my experience with HyperCard, what I'm doing is building visual tools to help me understand systems.

If we look at these systems that start with one event that leads to other events, we call that structure a cascade.

But if we can do this with other data, if we can put data into a human context, I think we can change a lot of things, because it builds, automatically, empathy for the people involved in these systems.

We can go and use inflatable systems for almost everything.

Making systems work is the great task of my generation of physicians and scientists.

But I would go further and say that making systems work, whether in health care, education, climate change, making a pathway out of poverty, is the great task of our generation as a whole.

But what was surprising to us, and also quite exciting, is we also found bacteria that normally inhabit upper respiratory systems.

And the customers and other entities who use these systems just got more and more experienced and got cleverer and cleverer.

It's powerful evidence that we don't need cash or ankle bracelets or unnecessary systems of surveillance and supervision.

We have very simple weather systems, simple geology.

And as I said, we've been engineering in these safety systems for quite some time.

Capsule safety systems in the past have been like tractor pullers, and the reason we didn't want to do that is that puller needs to come off before you can safely reenter that capsule, so we wanted to eliminate, in design, that possibility of failure.

We also didn't have technology that we had to include in our vehicle systems.

So we didn't have to design around legacy components that maybe weren't the most reliable or were particularly expensive, so we really were able to let physics drive the design of these systems.

Why? GS: Actually, we've learned some lessons over the duration where we've been developing these launch systems.

And then I also have to say, this is the first step in us moving to other solar systems and potentially other galaxies, and I think this is the only time I ever out-vision Elon, because I want to meet other people in other solar systems.

So this means that over the course of the next two dozen years, we'll be able to look at a million star systems, a million star systems, looking for signals that would prove somebody's out there.

Well, a million star systems, is that interesting?

I mean, how many of those star systems have planets?

So today I'm here to argue that this is not at all an esoteric Ivory Tower activity that we find at our universities, but that broad study across species, tissue types and organ systems can produce insights that have direct implications for human health.

And that's because we tend to think of skeletons as stiff lever systems that produce speed or power.

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