Sentences with phrase «at computer speed»

Imagine the number of calculations necessary that even at computer speed take a long time.

we are just so good at process our players Loan / outgoing deals at computer speed e.g the campbell and poldi deals...... but it will take us forever to sign a player, obtain a work permit, pass a medical or even confirm a deal e.g the paulista deal and all we have been linked with.....

Results are produced more accurately at computer speeds for a fraction of the cost of contract lawyer issue coding

Not exact matches

In the late»90s, I got my first computer with a modem, and within a few chirps, beeps and other strange noises, I was blazing across the internet at 14.4 k speed.

The high - speed connection, which is necessary for trading, was still too expensive for most households, so dedicated clients had to do their buying and selling on computer terminals at the Questrade offices.

When artificial intelligence works smoothly, computers are able to spot cats in photographs at lightning - fast speeds.

At one point, his computer server started choking on too many ads, slowing to «a chug, chug, chug,» says Davis, who had to spend an unexpected $ 500,000 to get his systems up to consumer - friendly speed again.

At that speed, Japan «s computer would be ahead of China's Sunway Taihulight that is capable of 93 petaflops.

In this way, it is possible for an on - board computer to get a car closer to the one in front at higher speeds than would be considered safe under human control.

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

For example, the computing power required to work at the speed which the Neutrino Profit App is said to be working at is beyond the capability of any desktop computers that traders have in their homes or offices.

«The clock speed of computers has stalled at 3 GHz.

Not only does it look so much faster than traditional onboards (even at these slow speeds) but watching it, you can almost feel the wind and the rain and the cold coming right out of the computer screen at you.

Lending credence to these computer results, the actual collar records showed a lot of running at merely moderate speeds by both predator and prey.

So far, though, most people would doubt that computers truly «see» a visual scene full of shapes and colors in front of their cameras, that they truly «hear» a question through their microphones, that they feel anything — experience consciousness — the way humans do, despite computers» remarkable ability to crunch data at superhuman speed.

The computer's performance has generally been improved through upgrades in digital semiconductor performance: shrinking the size of the semiconductor's transistors to ramp up transaction speed, packing more of them onto the chip to increase processing power, and even substituting silicon with compounds such as gallium arsenide or indium phosphide, which allow electrons to move at a higher velocity.

So far, though, despite their ability to crunch data at superhuman speed, we suspect that unlike us, computers do not truly «see» a visual scene full of shapes and colors in front of their cameras; they don't «hear» a question through their microphones; they don't feel anything.

He says that normally 3 - D graphics are produced below broadcast quality, at high speed, by computer hardware.

Now, using computer simulations, James Carothers and his colleagues at JBEI have sped up the RNA design phase, creating computer tools that will help researchers design molecules to precisely control gene expression in bacteria to optimize fuel production.

When a person looks at an object, for example, the brain immediately estimates its distance by analyzing the subtle differences between the two images on his retinas (computers programmed to do this require extreme memory and speed).

Connect enough qubits together using quantum entanglement and a computer should be able to zip through a multitude of calculations in parallel, at astonishing speed.

With four motors, «you also need a computer that senses what's going on at each wheel, which means you have to put a speed sensor in each wheel.»

Just how fast is possible is an open question when it comes to quantum computers, but physicists at the National Institute of Standards and Technology (NIST) have narrowed the theoretical limits for where that «speed limit» is.

«We've conducted tracking tests in laboratories in which subjects follow moving images across computer screens,» says psychologist McBeath, «and we've found that until the velocity of the target changes by as much as 60 to 70 percent, people don't notice that it's speeding up or slowing down at all.»

The hope is to find ways to raise the operating temperature for real - world energy - saving applications — things like highly efficient power generation and transmission and computers that work at speeds thousands of times faster than today's.

Using functional magnetic resonance imaging (fMRI), an imaging technique that measures brain activity, researchers examined all three groups at the beginning (baseline), middle, and end of the study while participants performed computer - based speed tasks in the scanner.

Whereas an ordinary computer flips bits that can be set to either zero or one, a quantum computer uses qubits that can be set to zero, one, or, bizarrely, zero and one at the same time — potentially enabling huge boosts in speed.

I thought, «Why can't we use the new computer power at our fingertips to speed up drug discovery and find new flu medicine?»

Lapenta foresees a day in the next decade when the increasing capabilities of new radars and satellites will be coupled with an evolving generation of finely detailed weather - prediction models running in real time on computers at speeds exceeding a quintillion computations a second.

At the time, the microelectronics industry was thirsty for a solution to the breaking of Moore's law, in which computer speed roughly doubles every year.

Brian A. Smith, a PhD candidate in Computer Science at Columbia Engineering, has developed the RAD — a racing auditory display — to enable gamers who are visually impaired to play the same types of racing games that sighted players can play with the same speed, control, and excitement that sighted players experience.

As the device moved along a 4 - meter track, rats were forced to run at varying speeds programmed into the computer.

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

Through laser imaging at speeds up to 3,000 frames per second, a computer can capture images from all angles and reconstruct a model of all cells in the given sample, testing for all types of cancer in a matter of minutes.

Wind tunnel experiments using a mannequin provided total drag data at different air flow speeds, which were used to validate the computer simulations.

Computers can speed things up by sifting through potential solutions at breakneck speed, but even the world's top supercomputers meet their match with a certain class of problems, known as «hard» problems.

At the heart of every computer is a processor that carries out programmed instructions at blazing speeds so users can pay bills online, find a nearby Italian restaurant and post selfies on InstagraAt the heart of every computer is a processor that carries out programmed instructions at blazing speeds so users can pay bills online, find a nearby Italian restaurant and post selfies on Instagraat blazing speeds so users can pay bills online, find a nearby Italian restaurant and post selfies on Instagram.

A clinical research publication led by Stanford University investigators has demonstrated that a brain - to - computer hookup can enable people with paralysis to type via direct brain control at the highest speeds and accuracy levels reported to date.

What made the first digital computers revolutionary was not just that they could calculate missile trajectories or factor pi at superhuman speeds but also that they could perform an infinite variety of tasks.

In terms of speed, it's believed that the chips will be particularly good at crunching certain kinds of problems, such as pattern recognition, but they may not be as good as a regular computer at handling other tasks.

At full speed, even the high - end Dell Quad - core computers in Boahen's lab can not simulate more than one of Neurogrid's silicon neurons at a time — and the complete chip contains 65,536 neuronAt full speed, even the high - end Dell Quad - core computers in Boahen's lab can not simulate more than one of Neurogrid's silicon neurons at a time — and the complete chip contains 65,536 neuronat a time — and the complete chip contains 65,536 neurons.

It would travel at a tenth of the speed of light, protect itself against impacts with dust particles and be piloted by a computer capable of controlling the craft without help from Earth.

For consumers, extending Moore's Law will mean continuing the trend of new computer devices having increasing speed and bandwidth at reduced power consumption and cost.

Boston Dynamics has several other robots in the works for the military, including its Legged Squad Support System (LS3) and a fleet - footed newcomer called Cheetah that can run nearly 30 kilometers per hour, breaking the 21 kph land speed record for legged robots set in 1989 at the Leg Laboratory, part of the Massachusetts Institute of Technology's Computer Science and Artificial Intelligence Lab.

The system uses a windshield - mounted computer equipped with a camera and radar to automatically accelerate, decelerate, avoid obstacles and stay in a lane at speeds of up to 80 miles per hour.

Using computer simulations of spheres being compressed in a box at different speeds, Salvatore Torquato and his engineering team at Princeton University showed that there is no maximally packed random state at all.

«There's a popular belief that quantum computers do things that classical computers can not, but the only difference is speed,» says Itay Hen, a computer scientist at the University of Southern California in Marina del Rey, who was not involved with the research.

In the quest for speed, parallel computers have anything from two to thousands of calculating chips, instead of the single processor at the heart of most computers.

This simple fact has been exploited by computer scientists in Saarbrücken who have developed a software system that recognizes how fast a text on a display screen is being read and then allows the text to scroll forward line by line at the right speed.

Using a high - speed camera and computer simulations, the researchers estimated that the jet reached a speed of 350 meters per second at its peak, or just above the speed of sound.