Sentences with phrase «atri ran simulations»

Running these simulations is a slow process, which is fine for seven - day forecasts.

«Overall, some folks will really benefit from AMT repeal, but we can't look at taxes in a vacuum,» said LaBrecque, also head of the Michigan Association of CPAs» special task force on tax changes, which ran simulations on more than 900 tax returns to see the impact of the proposed Trump tax changes.

This involves taking the estimates that clients have come up with for what they expect to spend in retirement — and then running a simulation of what would happen to their portfolio if they spent 25 % more than that over each of their first 15 years.

It may even have to run a simulation after hours, since the work would require taking the servers offline.

Indeed, «Gran Turismo Sport» is the latest entry in the long - running simulation racing series, and it's no doubt going to be another graphical showcase for the PlayStation 4.

Digital advice has the «incredible ability... to always be there, to run simulations for you.

Make sure you know your credit score and run simulations to learn how failing to pay your bills on time affects your eligibility.

My idea of heaven is a place with a computer that can run these simulations, and it would take me about 200 years to get sick of it.

We can run simulations for many years — and get a better understanding of the expectations and behavior of our portfolio.

We, therefore, decided to ask our friends over at Sports Interactive if they could run a simulation for us on Football Manager 2016, pitting the best players from each country against each other.

The Bracket Simulator combines our historical database along with data from Ken Pomeroy, ESPN and Jeff Sagarin to run the simulations.

They used this data to run simulations of the flies» wing motion.

Not only was Prisle successful, but running simulations with her model made a big difference in climate predictions.

Using this detailed computer model, the LROC team ran simulations to see if they could reproduce the distortions seen on the Oct. 13 image and determine the size of the meteoroid that hit the camera.

Their first instinct was to run simulations involving a planet in a distant orbit that encircled the orbits of the six Kuiper Belt objects, acting like a giant lasso to wrangle them into their alignment.

Then, effectively by accident, Batygin and Brown noticed that if they ran their simulations with a massive planet in an anti-aligned orbit — an orbit in which the planet's closest approach to the sun, or perihelion, is 180 degrees across from the perihelion of all the other objects and known planets — the distant Kuiper Belt objects in the simulation assumed the alignment that is actually observed.

To explain these emission «echoes,» the team ran simulations of a tidal disruption flare produced from a black hole obliterating a star.

Danchi, an astrophysicist at NASA's Goddard Space Flight Center, is running simulations for the Fourier - Kelvin Stellar Interferometer, a proposed space mission that could lay the groundwork for the search for Earth - like worlds in the next decade.

But after running their simulations, Goldstein and Nugent found microlensing did not change the colors of strongly lensed Type Ia supernova in their early phases.

When scientists use climate models for attribution studies, they first run simulations with estimates of only «natural» climate influences over the past 100 years, such as changes in solar output and major volcanic eruptions.

They used real - world data to simulate the season that had just passed, then stripped the data of the influence of greenhouse gas emissions and ran the simulation again.

Of course, today computers are a little more powerful, and I can run a simulation of 100 neurons.

José Pons at the University of Alicante in Spain and colleagues ran simulations of pulsars with different crust configurations.

Each model had run simulations that included anthropogenic climate influences like human - released greenhouse gases and aerosols as well as simulations run without those human influences.

To see how well their math predicts the shape of a jump rope, they plugged a range of realistic rope - jumping values into the equations and ran a simulation on a computer.

Using a molecular dynamics code called NAMD, the team ran simulations of the wild lignin and the genetically modified lignin in a water cube, modeling the presence of the aldehydes by altering the partial charges of the oxygen and hydrogen atoms on the modified lignin's allylic site.

This size allows the team to run simulations under a variety of different pressure and temperature combinations, ultimately allowing it to calculate a small but representative sample of material interactions under a variety of conditions.

«For example, if we're running a simulation where we literally have tens to hundreds of billions of galaxies, we can not follow each galaxy in full detail.

Further generations of even more powerful computers will allow us to run simulations that may be able to make even more realistic simulations and help us to understand the mechanism through which these aerosols are transported.»

Plug those properties into a computer program, run a simulation, and out pops a recipe.

«Using the Pegasus workflow to run simulations sampling, the force - field parameter space saved time and eliminated input errors,» said Lynch.

The second scenario is also a comforting one: future humans won't be interested in running simulations.

After running the simulations at IU Bloomington, Bacallao confirmed the cyst growth predictions seen in the virtual cysts in experiments using real human cells cultivated from polycystic kidneys from patients at the IU School of Medicine.

We're hoping to get stacks of GPU machines where we can run simulations requiring massive computations that help us better understand DNA packing.»

«What's been lacking is the ability to run simulations fast enough to mimic real life.»

In addition to a business - as - usual scenario, the team ran its simulations under two mitigation scenarios, previously proposed by the U.S. Environmental Protection Agency, in which efforts are made to mitigate global warming to 2 and 3 degrees Celsius, relative to pre-industrial times.

Vahmani and Jones ran a simulation of the most extreme case — a complete cessation of irrigation — and found a mean daytime warming of 1 degree Celsius averaged over the San Francisco Bay Area.

Next they fitted their model to the data on dengue occurrence in the Yucatán over previous years and ran simulations to estimate the impact of potential vaccination strategies.

Using the Stampede supercomputer at the Texas Advanced Computing Center — one of the most powerful in the world — Henry ran simulations that captured the behavior of localized vibrations as never before.

On top of that, the process is time - consuming because changing a single property means having to wait to regenerate the new design, run a simulation, see the result, and then figure out what to do next.

They started with the birth of a hypothetical galaxy about 9 billion years ago — at the point at which the gigantic cloud of dust and gas had formed but had not yet coalesced into a disk — and ran the simulation to the present day.

His team ran simulations of the irregular moons» evolution and found that their ground - up material would have fallen towards Jupiter, dragged by gravity and blown by the solar wind.

They used a computer model to run simulations of the universe expanding and accelerating at many different speeds.

So Simon Jackson, a paleontologist working with researchers at the University of Sheffield, recently ran a simulation showing how prints are distorted and preserved in dry, moist, and very wet sandy surfaces.

The team ran simulations to gauge the effect of midair collisions on a storm's strength, which they measure as flux, the number of particles passing through a given volume of air in a given amount of time.

Together with the expectations of the bookmakers, the pairwise winning probabilities are added to the computer model, which then runs a simulation of every possible course of the tournament.

«So we run simulations to figure out what combination should produce the optimal defect — one that can hold down the magnetic vortices without negatively impacting the material's superconducting properties.»

To do this, they run simulations at slightly lower resolutions under different hypothetical conditions to determine where the uncertainties are in the forecasts.

To figure out how this might work, Atri ran simulations using existing data about GCRs to see how much energy they'd provide on some of these other worlds.

As the two report online today in the Proceedings of the Royal Society A, when they ran the simulation, it quickly — within a hypothetical 300 million years — formed spiral arms similar to those in the Milky Way.