A high throughput system such as ERS 1 proved capable of delivering the many images required.

The continued increase in throughput of trials is encouraging.

A series of leading technological innovations, such as cloud computing, big data, high end chips and quantum communications,

Scientific computing environment

Create physical computing projects

We'll have spatial computing.

ICC International Computing Centre

But, of course, affords greater throughput, fewer accidents, and an interesting model of social movement.

And then you have hearing and smell, which has the throughput of a hard disk.

So the machine is computing.

Scientific Computing using GNU Octave

This was how computing began.

It's called thought controlled computing.

Telecommunications, entertainment, computing and everything else.

Our whole practice depends on computing.

The throughput rate right now is 1.5 million nets, three million by the end of the year.

And then you have poor old taste, which is like barely the throughput of a pocket calculator.

And then we can try to do things in vivo that have only been done to date in a dish like high throughput screening throughout the entire brain for the signals that can cause certain things to happen.

Stephen Wolfram Computing a theory of everything

If we come back to our exponential growth of computing, 1,000 dollars of computing is now somewhere between an insect and a mouse brain.

They have computing power, they have electrical signals.

R software environment for statistical computing and graphics

It's spaces like these that spawned personal computing.

There is in a sense a computing essence.

Graphical interface to the R environment for statistical computing

Jeff Hawkins on how brain science will change computing

I teach courses in physical computing and wearable electronics.

And from that you have new possibilities for computing.

It's kind of like a new approach to desktop computing.

That's amazing parallel and distributed computing power, new design possibilities.

Prefabricated from the most traditional of materials, but that material because of the technology, the computing ability, the ability to prefabricate, make high performance components out of timber very much at the cutting edge.

It's the era of big business and data centers for computing.

I think it was that interaction that led to personal computing.

They are a network of small computing machines, working in networks.

In systems biology, high throughput technologies have increased the number of genetic and immunologic parameters assessed in trials. This approach has helped predict the efficacy of potential new generation vaccines against yellow fever and influenza within days of immunization, compared with the usual timeframe of months or years.

We need cooperation between you and the computing network and the computer.

So, that's the step after this of computing as a raw material.

And I've done this because I really believe that mobile computing is the future of personal computing, and I'm trying to make the world a little bit better by working on these things.

So our engineering students went to work on it, and with some very simple changes, they were able to triple the throughput of this device.

But then I realized that we humans are not actually interested in computing.

The exponential growth of computing started decades before Gordon Moore was even born.

Some of my classmates are pure noobs they know nothing about computing sciences.

Unlike most of our computing devices, these objects are much more fun to use.

Grid computing the power of grid computers is going to be just amazing here.

And Moore's Law was not the first paradigm to bring exponential growth to computing.