Sentences with phrase «conventional computer bitsscientists»

Despite all of the convenience of mobile, fully 41 % of mobile users who still get news on the laptop and print prefer the conventional computer for doing so.

Working, whether it's on a presentation for your boss or a paper for your professor, is very different on a tablet than it is on a more conventional computer.

The touch keyboard is also much improved from previous Android builds and works really well on larger screens such as these, you can pretty much set it down and use it as a conventional computer keyboard with no issues.

In one set of recent tests, the D - Wave One was slower than a conventional computer.

This can be done on a conventional computer using fancy math, but Severa's method uses the massively parallel nature of neurons to calculate all the possible shifts efficiently, he said.

Instead of using conventional computer - aided design (CAD) software to draw thousands of individual hairs on a computer — a step that would take hours to compute — the team built a new software platform, called «Cilllia,» that lets users define the angle, thickness, density, and height of thousands of hairs, in just a few minutes.

In contrast to conventional computer vision methods, which require humans to manually label thousands or even millions of images, building video prediction models only requires unannotated video, which can be collected by the robot entirely autonomously.

It was only slightly more accurate than a conventional computer would have been at the same problem.

«In 10 years or so you may be able to use existing technology and resources to outperform a conventional computer,» he says.

In a conventional computer, the computational elements are mostly in the central processing unit, while the RAM sits off to one side.

The new chips have the potential to be orders of magnitude more efficient than a conventional computer, according to Rajit Manohar, an electrical and computer engineer at Cornell University in Ithaca, N.Y., and member of the DARPA collaboration.

It turns out that this quantum - mechanical way of manipulating information gives quantum computers the ability to solve certain problems far more efficiently than any conceivable conventional computer.

Conventional computer bits represent either a one or a zero.

But because electron spins offer one of the most promising models for quantum bitsphysical states that can store far more information than conventional computer bitsscientists have sought ways around the coherence problem.

In a conventional computer, information is made up of bits, composed of 0's and 1's.

A conventional computer processes data only in sequence and stores memory in a separate unit.

«There is an enormous gap between demonstrating some kind of quantum effect in eight qubits, as they have done here, and saying that they have a 128 - qubit chip that can perform a computationally interesting task faster than a conventional computer,» he says.

But in reality the pattern will be so large that a conventional computer would take an impossibly long time to find it.

Special algorithms can exploit these quantum states to solve problems that would defeat a conventional computer.

So where a conventional computer uses 1s and 0s to make calculations, the fundamental units of a quantum computer could be 1s and 0s at the same time.

Both of these computers use superconducting qubits built using techniques from the conventional computer chip industry.

«Slime mould can be used to perform all the logic functions that conventional computer hardware components can do,» says Gale.

This would allow a universal quantum computer to be millions of times faster than any conventional computer when solving a range of important problems.

«Our design incorporates conventional silicon transistor switches to «turn on» operations between qubits in a vast two - dimensional array, using a grid - based «word» and «bit» select protocol similar to that used to select bits in a conventional computer memory chip,» he added.

For system sizes not much larger than what we have here, doing this becomes impossible for a conventional computer.»

Braille displays use electromechanically controlled pins, as opposed to the lights in a conventional computer monitor, to convey information.

Breakthroughs in quantum computing have produced a machine capable of solving a problem 3,600 times faster than a conventional computer.

For example, Google published a paper on Monday claiming that it had been able to perform a calculation with the technology that was significantly faster than what a conventional computer could crunch.

In theory, quantum computers will be able in the blink of an eye to crunch through problems that would bog down a conventional computer for hours.

One such quandary is called computer vision, the process of programming machines to recognize objects in images, something conventional computers don't do very well.

Based in Burnaby, B.C., D - Wave is the world's first commercial quantum computing company, and Neven called Rose, the operation's chief technology officer, because quantum computers have important strengths conventional computers lack.

Rupak Biswas, deputy director of exploration technology at NASA Ames, likened the state of quantum computing to the early development of conventional computers during the 1930s and 40s.

The technology giant said Thursday that several companies and universities have joined its initiative to create practical uses for quantum computing, a nascent technology that researchers believe could eventually surpass conventional computers in speed and power.

Quantum computers theoretically could be billions of times faster than conventional computers.

Those results, Lukin and colleagues said, could shed light on complex quantum mechanical phenomena that are all but impossible to model using conventional computers.

This allows them to far surpass conventional computers in certain tasks.

Because quantum particles can exist in multiple states at the same time, they could be used to carry out many calculations at once, factoring a 300 - digit number in just seconds compared to the years required by conventional computers.

«One way to know is by understanding how electrons move around in these materials so we can develop new ways of manipulating them — for example, with light instead of electrical current as conventional computers do.»

«Conventional computers use the starting and stopping of electric currents at gates to communicate.

Senior author Jelena Vuckovic, a professor of electrical engineering at Stanford, has been working for years to develop various nanoscale lasers and quantum technologies that might help conventional computers communicate faster and more efficiently using light instead of electricity.

Although still orders of magnitude slower than conventional computers, bubble logic can operate about 100 times faster than existing microfluidic chips, the researchers say.

Unlike the silicon chips inside conventional computers, the Bristol team's chip uses light rather than electricity.

That's a far cry from the Pentium, but it's at least a first step towards actually building quantum computers, which in theory could far surpass conventional computers in certain applications.

Conventional computers represent information as...

Using the developed network, the researchers examined an associative memory operation, which is not readily executed by conventional computers.

Storing information — and storing light for longer intervals — will be essential for the advancement of quantum computing, which could process light - stored data far more efficiently than current conventional computers.

In that way it will be much faster than conventional computers and will be able to solve tasks that can not currently be solved, because it simply takes too long,» says Charles Marcus.

The group finally said good - bye to the pesky equations they had been compelled to run, for months and months, using unwieldy software on energy - hogging conventional computers.

The trade - offs that have evolved in humans could not be more different from those that engineers made in designing conventional computers, however.

Unlike conventional computers» bits, which can be in states of only 0 or 1, quantum computers rely on quantum bits, or qubits, that can be teased into combinations, or «superpositions,» of both 0 and 1.