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Super Computing Cell Phones

This is very interesting from MIT’s Department of Mechanical Engineering. This could have significant implications and benefits for many different industries. Especially for quick, down and dirty field work. You can even download the software from the link in the article. Check it out.

-DF

Supercomputing on a cell phone

Researchers in MIT’s Department of Mechanical Engineering have developed software that can simulate complicated physical phenomena — how cracks form in building materials, for instance, or fluids flow through irregular channels — on an ordinary smartphone.

Although the current version of the software is for demonstration purposes, the work could lead to applications that let engineers perform complicated calculations in the field, and even to better control systems for vehicles or robotic systems.

The software, which is available for download, comes preloaded with models for nine problems, including heat propagation in objects of several different shapes, fluid flow around a spherical obstacle, and the effects of forces applied to a cracked pillar. As the researchers develop models for new classes of problems, they post them on a server, from which they can be downloaded.

The key to the system is the ability to quantify the degree of error in an approximation of a supercomputing calculation, a subject that MIT Ford Professor of Engineering Anthony T. Patera has been researching for almost a decade. As the researchers build a problem model, they select parameters that will successively minimize error, according to analytic techniques Patera helped developed. The calculation of error bounds is also a feature of the phone application itself. For each approximate solution of a parameterized problem, the app also displays the margin of error. The user can opt to trade speed of computation for a higher margin of error, but the app can generally get the error under 1 percent in less than a second.

More info: MIT news

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Written by David Frederick

September 2, 2010 at 9:34 AM

Posted in Innovation, Technology

One Response

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  1. This is a good approach to what, for some, may be a controversial topic. Very well though out post. – Inertia accounts for two-thirds of marriages. But love accounts for the other third. – Woody Allen Born 1935

    Joe Joseph

    September 7, 2010 at 8:22 AM


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