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Models in sentence

1964 examples of Models in a sentence

But we need new models to think about medicine in the future.
But perhaps what's really at stake are three more intangible M's: mechanisms, models, metaphors.
And the basic idea is that we fly aerial robots through orchards, and then we build precision models of individual plants.
The second thing we can do is take models of plants, construct three-dimensional reconstructions, and from that estimate the canopy size, and then correlate the canopy size to the amount of leaf area on every plant.
Right now, a lot of the work that's going on applies to animal models of human disease, such as mice.
Additional experiments are going on in other animals that are useful for creating models for human disease, such as monkeys.
If we can look at the activation in the brain that's producing the pain, we can form 3D models and watch in real time the brain process information, and then we can select the areas that produce the pain.
So it's relationships underpinned by technology that can turn the Beveridge models on their heads.
The Beveridge models are all about institutions with finite resources, anonymously managing access.
And, well, it's very hard to compare the results of these new systems with the old transactional models, but it looks like, with our first 1,000 members, we outperformed existing services by a factor of three, at a fraction of the cost.
We need to leave behind these old, transactional, unsuitable, outdated models, and we need to adopt instead the shared collective relational responses that can support a family like Ella's, that can address an issue like loneliness, that can support people into work and up the skills curve in a modern labor market, that can also address challenges of education, of health care systems, and so many more of those problems that are pressing on our societies.
If I had grown up in Taiwan, or any place outside of the West, would I have found models of happy, thriving LGBT people?
LD: One of the key factors in this equality movement is momentum, momentum as more and more people embrace their full selves and use whatever opportunities they have to change their part of the world, and momentum as more and more countries find models of equality in one another.
And again, as I said, we didn't have very much funding, so I had to reproduce it with virtual humans that were donated, and people begged and borrowed favors to help me create the models and make things as accurate as we could.
The models couldn't sit in them, and they even got scratched from the plastics under their arms.
Well, astronomers can now watch asteroids in space and see them coming using complex computer models to predict the deadly rock's path.
In statistics, pi is used in the equation to calculate the area under a normal distribution curve, which comes in handy for figuring out distributions of standardized test scores, financial models, or margins of error in scientific results.
PM: Needing new role models on how to do that.
And another thing that I believe is that to a large extent, what we are today paying for in Europe is the failures of integration models that didn't work in the '60s, in the '70s, in the '80s, in relation to big migration flows that took place at that time and generated what is today in many of the people, for instance, of the second generation of communities, a situation of feeling marginalized, having no jobs, having improper education, living in some of the neighborhoods that are not adequately provided by public infrastructure.
We've had lots of very different models for atoms since Democritus in 400 BC, and there will almost certainly be many more to come.
So I use computer models to calculate the kind of atmosphere a planet would need to have a suitable climate for water and life.
My models show that planets orbiting cooler stars could actually be warmer than planets orbiting hotter stars.
Using climate models to explore how these contradictions can affect planetary climate is vital to the search for life elsewhere.
Internet searches for heart function, point to crude models, diagrams or animations that don't really show how it works.
These seemingly crude methods of search and retrieval are, in fact, so useful that they are applied in computer models to obtain optimal solutions from decentralized elements, working randomly and exchanging simple information.
Traditionally, urban planners and architects build physical models of cities and buildings to better understand them.
In practice, computer models using these principles can often predict the location and intensity of sonic booms for given atmospheric conditions and flight trajectories, and there is ongoing research to mitigate their effects.
This is where biorobots like Pleurobot and mathematical models can really help.
So what we do in my lab is to collaborate with neurobiologists like Jean-Marie Cabelguen, a neurobiologist in Bordeaux in France, and we want to make spinal cord models and validate them on robots.
And here, a robot becomes an interesting tool to validate our models.
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