Sentences with phrase «used powerful computers»

They used powerful computers «to simulate the effects of reduced Arctic sea ice,» and «their most striking finding was a significant reduction in rain and snowfall in the American West.»

Researchers used powerful computers to mine data from the Healthcare Cost and Utilization Project Inpatient, Ambulatory Surgery and Emergency Department data sets.

Hanna applied new sequencing strategies to read millions of short genetic regions and used powerful computers and assembly software to compile the genome again.

The scientists then used powerful computers to crunch the imaging data, seeking out common patterns of neural activity at different ages.

High - frequency traders, using powerful computers to trade at exceptionally high speeds, now account for up to 60 percent of daily turnover.

But as Tim Jordan notes, «Many hackers do not use a powerful computer but have discarded or cheap machines.

These predictions, made using powerful computers, were verified using highly precise measurements taken using an extremely sensitive technique called «cavity - ring down spectroscopy».

The OSSOS project uses powerful computers to hunt the images, and Kavelaars was presented with a bright object moving at such a slow rate that it was clearly at least twice as far from Earth Neptune and 120 times further from the Sun than Earth.

The LDA approach uses powerful computer techniques to overlay the CT scan taken during a full inhalation with an image taken during a full exhalation.

The study involved the researchers using powerful computers to conduct in - depth analysis of 700 billion DNA sequences from more than 4,000 tumours.

PROVIDENCE, R.I. [Brown University]-- Using powerful computer simulations, researchers from Brown University have identified a material with a higher melting point than any known substance.

Those qualities take a great deal of time and effort to develop in a child, but they ought to be as much a prerequisite to using powerful computer tools as is learning how to type.

Latham has been collaborating with the UK Meteorological Office to test the theory behind his project using their powerful computer model of global climate.

Launched in January 2009, the bitcoin peer - to - peer network involves thousands of independent nodes using powerful computer systems.

In addition, to use MARK.SPACE, specially designed gadgets and costly equipment like Oculus, HTC Vive, VR - helmets and the like are optional, with no need to use powerful computers or to download special Apps.

Some coins, like Bitcoin, Dash and Monero, are created in a process called «mining» which involves using powerful computers to solve complicated cryptographic puzzles.

Not exact matches

The smartphone you carry in your pocket is more powerful than the computer Vogt and his team at MIT used to make their F - 150 self - drive 10 years ago.

In theory, this makes for more powerful computers that can work faster than what's generally used today.

And there are also questions of whether this increasingly complex and fragmented market makes it easier for high - frequency traders to use their sophisticated algorithms and powerful computers to take advantage of average investors.

the proof of Gods presence in us is not limited to the material or biological evolutionary development only, but most important scientific proof is the effect of His will in historical development of the world.A computer program now used and tested a powerful machine by inputing all recorded events in history during the last hundreds years and found out that it has a purpose and not random.Meaning that an intelligent being could have influence it.It is now presumed by the religious observers that it could be His will.The process now is under improvement, because the computers is not powerl enough the deluge of information and data since the beginning of history, some analyst believes that in them near future if the Quantum computers which is much powerful than the present coventional will be used, then dramatic results and confirmation will be at hand.

In recent decades, theoretical developments and widespread availability of powerful computers have drastically changed the sorts of problems that scientists and technologists can tackle, greatly altered the methods they use, and brought about major upheaval in rather fundamental concepts used in scientific work.

While most gamers would have laughed a few years ago if you suggested using a laptop, some of todays models are powerful enough to handle your intense graphic rich games at a price that is often more affordable than a desktop computer.

Mausumi Dikpati and her colleagues at the National Center for Atmospheric Research in Boulder, Colo., used new observations of the sun's interior and new computer simulations to model the flow of plasma, or electrically charged gas, that carry the sunspots like a conveyor belt until they become powerful enough to burst free and erupt on the sun's surface.

These days, medical X-rays come in multiple formats: plain film used in dental exams and doctors» offices; fluoroscopy, which bounces a continuous X-ray beam off contrast agents you've either injected or ingested, providing a moving real - time image of arteries and intestines; and the computed tomography (CT) scan, which couples a powerful computer with a circular array of extremely sensitive detectors to turn X-rays into detailed cross sections of the body.

Although meteorologists now rely heavily on computer models (numerical weather prediction), it is still relatively common to use techniques and conceptual models that were developed before computers were powerful enough to make predictions accurately or efficiently.

In one powerful example of the new capabilities around that time, Carnegie Mellon graduate student Dean Pomerleau used simulated images of road conditions to teach a neural network to interpret live road images picked up by cameras attached to a car's onboard computer.

Spies can use quantum mechanics to generate extremely secure keys that can't be cracked by even the most powerful computers.

Originally developed in Cambridge, UK, for use in schools as a teaching aid, the Raspberry Pi is a credit - card sized computer powerful enough to run spreadsheets and word - processing programs, play games, and even display high - definition video.

The computer cluster they used offered the equivalent of the processors and random - access memory (RAM) of eight powerful desktop computers linked together.

Fifteen years ago, Peter Shor, a computer scientist at the Massachusetts Institute of Technology, predicted that quantum computers could beat even the most powerful supercomputers and crack the widely used RSA encryption algorithm.

NdFeB magnets are the most powerful on earth, and used in everything from computer hard drives and head phones to clean energy technologies such as electric vehicles and wind turbines.

With the aid of powerful computers and sophisticated software at Cardiffs 3DLab — one of the first to specifically use 3D seismic data as a primary research tool — scientists can rotate, slice, dice and practically julienne rock formations to gain important glimpses into the planet's geologic past.

Dr Philip Cox, of the Centre for Anatomical and Human Sciences, a joint research centre of the University's Department of Archaeology and HYMS, used computer modelling to estimate how powerful the bite of Josephoartigasia could be.

Surely it processes information using ordered, logical operations, like a powerful computer?

They are good for personal computers, but when you use these semiconductors to build supercomputers, they produce heat and noise, demand powerful cooling systems.

More powerful computers will allow her to use more of the high - frequency content of earthquake waves, the part that is best at illuminating shallow structures like ULVZs.

Although these techniques must be refined before they can be put to commercial use, in the future they may provide new approaches for developing more powerful optical data storage systems such as CDs and even quantum computers.

Powerful advances are also being made in using computer networks to model neuron biology and to build complex neuronal networks, which should produce interesting emergent properties.

Schwartz's team originally used the method to map single chromosomes, including chromosome 2 of P. falciparum, but has now developed computer software powerful enough to decipher fragments from all the parasite's chromosomes at once, thereby bypassing the need to first sort that DNA into separate chromosomes.

With a quantum computer, APL researchers have now shown that these calculations can be done much faster and model much more complex objects than would be possible using even on the most powerful classical supercomputers.

In July, for example, Digital Equipment Corporation unexpectedly disconnected two powerful new computers from Internet, the freely used global network.

Secure internet transactions mostly use public key cryptography, which is pretty good but can in principle be hacked by a sneaky eavesdropper or someone with a powerful enough computer.

Even now, the world's most powerful computers are pushed to their limits extracting predictions of future weather and climate from the equations he wrestled with using pencil and paper.

For the project, the researchers developed a particularly powerful version of their highly parallel moving - mesh code AREPO and used it on the Hazel Hen machine at the High - Performance Computing Center Stuttgart, Germany's fastest mainframe computer, currently ranked nineteenth in the Top500.

«This is, in some sense, the reason why quantum computers can be so much more powerful: with the same number of bits, they allow us to write a computer code that contains many more words, and we can use those extra words to run a different algorithm that reaches the result in a smaller number of steps.»

Designers on opposite sides of the world will soon be able to work on the same 3 - D computer model using ordinary personal computers linked by ordinary phone lines, rather than powerful graphics workstations.

«The augmented reality system provided by video feedback using a computer in a simulator is a powerful mode of augmented feedback.

These computational investigations typically rely on scientific software that makes it possible to perform virtual experiments and explore laboratory research data with reliable, reproducible results, whether one is using a desktop computer or the nation's most powerful supercomputers.

CT detectors report the results of these X-rays to a powerful computer that uses the data to compute cross-sectional views of organs in the body.

For the project, the researchers developed a particularly powerful version of their highly parallel moving - mesh code AREPO and used it on the Hazel Hen machine, Germany's fastest mainframe computer, at the High Performance Computing Center Stuttgart.