InShortViral: Physical Gaurav Khanna, the University of Massachusetts at Dartmouth (USA), had a brilliant idea, using PlayStation 3 consoles to create an efficient and inexpensive supercomputer.
The first supercomputer it was created in 2007 consists of 16 PlayStation 3 console. The goal was to create models of black hole collisions.
Indian American Developed a SuperComputer From PlayStation 3
His research is focused on gravitational waves, vibrations that propagate through space-time. The waves are formed after a particularly violent astrophysical events such as colliding and two black holes merging. Like black holes can not be observed through telescopes, Dr. Khanna uses supercomputers to create simulations of such collisions.
Now the supercomputer has already made of 200 games!
Supercomputers have become a very important tool for scientists and engineers who depend on them to solve too large calculations to a common processor. According to Dr. Khanna, a supercomputer is 10 times more potent than a single computer.
However, they are expensive. Making a supercomputer requires a large number of processors and a way to connect them. Thus, Dr. Khanna decided to be creative and create one using the PlayStation 3, due to its feasibility and cost – currently around $ 250 to $ 300 in stores.
Unlike other video game consoles, the PlayStation 3 allows users to install a preferred operating system, making it attractive to programmers and developers. The latest model, PlayStation 4, does not have this feature.
The initial project
The first Khanna project involved only 16 games because buying large amounts of consoles not appear to the responsible use of science funding for the US National Science Foundation. Thus, Khanna asked the help of Sony, the company behind the PlayStation 3, which in turn donated four consoles for the experiment. The University paid eight and later Dr. Khanna bought himself four more consoles.
Then the physical installed Linux operating system in all 16 consoles, connected them on the internet and performed his supercomputer. In 2009, Dr. Khanna has published an article in Parallel and Distributed Computing Systems and demonstrating how the PlayStation 3 supercomputer processor was able to accelerate scientific calculations of a traditional processor by a factor of about 10.
The originality of Dr. Khanna has caught the attention of the Research Laboratory of the US Air Force, whose scientists were investigating PlayStation 3 processors.
In 2010, the laboratory has built its own supercomputer using 1,716 consoles to perform image processing for urban surveillance. “Our PS3 supercomputer is capable of processing complex calculations needed to create a detailed image of an entire city from radar data,” said Mark Barnell, computing director at the US Airforce Research Laboratory.
They entered into a research and development agreement with Dr. Khanna team, donating 176 PlayStation 3.
The physical team connected consoles housed them in a refrigerated container designed to carry milk, and the resulting supercomputer got a computing power of 3,000 processors laptops, costing only $ 75,000 – about one-tenth of the cost of a comparable supercomputer made with traditional pieces.
Later this year, over 220 islands of the Laboratory of the Air Force should arrive. For now, the plan is to use them to perform more accurate simulations of black hole systems, but other University departments should also take the machine to own projects. An engineering team, for example, signed a contract to perform simulations that will help at windmills projects and energy converters of the most effective ocean waves.
The PlayStation 3 supercomputer is not suitable for all scientific applications. Its major limitation is a memory: the consoles have very little compared to traditional supercomputers, which means they can not cope with large-scale calculations. An alternative is to switch to a better processor yet, as PC graphics cards.
“The next supercomputer that we build will probably be made entirely of these cards,” Khanna said. “I also will not work for everything, but it will certainly cover a wide range of scientific and engineering applications.“