Sentences with phrase «powerful computers»

The phrase "powerful computers" refers to computers that have strong and advanced capabilities to process information, perform tasks quickly, and handle complex operations efficiently. Full definition
The authors believe that with the continuing decline in hardware costs, combined with more powerful computers, companies will build far more advanced robots than the ones we currently have.
This work can only be done with powerful computers.
With the price of powerful computer systems at historic lows, who isn't tempted to upgrade?
It is also a task that has historically been impossible because even the most powerful computers in the world can only simulate one percent of the nerve cells due to memory constraints.
Each and every one of us carries around a small, powerful computer in our pockets that can browse, shop, communicate and even record our daily lives.
Sure, you may not get the most powerful computer on the market, but you should get one that's good enough for basic tasks.
Today, mining bitcoin (and the other bitcoin - like alternatives) requires powerful computers.
You get the picture; this is a very powerful computer combining with some very bright minds.
The new system is designed to take all this hard work out of building a more powerful computer system, making it is as easy to use as a TV.
But even the most powerful computers running the latest software programs have difficulty recognizing simple objects when the setting, perspective, distance, or lighting changes.
And the more powerful a computer chip is, the more heat it generates.
While our brain is a fairly powerful computer, it can't fully process each and every one of those 3,000 messages, so it high - grades.
The miners need powerful computers that run specialized mining software to verify or process a block.
Since performance has been improved, the game may now work on less powerful computers.
Bitcoins are «mined» by powerful computers that complete complex math problems.
Typically when people talk about the cloud computing wars, the focus is on cheaper, more powerful computer resources, cheaper storage, and higher - end services.
Now, with more and more miners joining the race for bitcoins and Bitcoin transaction fees, only those with extremely powerful computers can expect a reward.
But now the convergence of powerful computer technologies and important developments in cognitive science holds out the prospect of a new generation of student testing — one that could significantly improve teaching and learning.
There is a reason why powerful computers are needed to solve the radiative transfer equations.
Every boutique computer company offers its god - tower, a massively powerful computer on the cutting edge in personal computing performance.
This process involves powerful computers solving complex mathematical problems.
The scientists then used powerful computers to crunch the imaging data, seeking out common patterns of neural activity at different ages.
Students who are in grade school typically do not require very powerful computers.
But even today, with currently one of the most powerful computer systems worldwide used for earth system research, the resolution and fidelity of climate simulations are still constrained by computational limitations.
In theory, this makes for more powerful computers that can work faster than what's generally used today.
Modern cars have powerful computers on board that track events within the car.
The car's powerful computer system provides the driver with all the information he could need.
That is, could you plug a legal problem into a sufficiently - powerful computer running sufficiently - sophisticated software and get The Answer to that problem, or are legal problems more nuanced?
Using powerful computer models, researchers from Brown University have shown for the first time how different types of red blood cells interact to cause sickle cell crisis, a dangerous blockage of blood flow in capillaries that causes searing pain and tissue damage in people with sickle cell disease.
Now, using powerful computer simulations, researchers at MIT and elsewhere have made significant strides in understanding that process, including why the friction varies as the object sliding on it moves forward, instead of remaining constant as it does with most other known materials.
Climate models, run on powerful computers which use decades of past and present climate data to simulate how climate will behave, or has in the past, are the most accurate and reliable source of information on potential future climate change.
In September, GMO announced it would invest $ 3 million in mining bitcoin — the process of obtaining the coin through powerful computers — starting in the first half of 2018.
Armed with powerful computer algorithms that generate cartoonish eruptions of earth, fire, wind, and water, today's VFX supervisors have a mandate to make bad things happen on screen — all of the bad things, preferably at the same time.
By comparing these complex signatures with powerful computer codes developed at the Princeton Plasma Physics Laboratory, Dr. Chen and her colleagues are able to understand with unprecedented detail, the underlying physics involved.
Proof - of - work is expensive, for example, as powerful computers from around the world are currently hashing puzzles at dizzying rates to secure blockchains like bitcoin and ethereum.
It employs a rapid technique for analysing seismic signals, powerful computer hardware and a commercial paging network.
Using incredibly powerful computer resources, an attacker could try and find a «collision» between a valid address as part of a multisig script and a script that transfers them all the funds.
After a number gets to be more than 10,000 digits long, even powerful computers quickly become bogged down in the task, forcing scientists to rely on less - than - perfect probability techniques.
Big corporate houses and government organizations require powerful computers for storing and processing bulk data, performing industry and business statistics, managing ERP (enterprise resource planning, processing critical applications and financial transaction.
This is what is called «scale - out» computing as opposed to the «scale - up» model exemplified by Oracle (orcl) Exadata servers or mainframes where a single, albeit very powerful computer takes on big workloads.
Bill Joy, cofounder and chief scientist at Sun Microsystems of Palo Alto, California, has been the driving force behind UNIX and such powerful computer languages as Java and, most recently, Jini.
Larry, for example, works not only with readily available software that helps you determine child support consistent with Colorado law, but also with much more powerful computer tools to help you consider, with your accountant or tax advisor, the impact of taxes on your after - divorce situations.
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