Tuesday , November 24 2020

Researchers launched the world's strongest supercomputer simulating the human brain



It is based on the principle of sending thousands of small information to thousands of pages at once.

British scientists from the University of Manchester have recently released the world's most powerful supercomputer capable of simulating the human brain – said Techspot.

The supercomputer has the name SpiNnaker and was not completed until last week, when it had a million core processor. The entire development of the project lasted 12 years and totaled 19.5 million US dollars (17 million euros).

Lukáš Demovič and Aurel supercomputer.

Read more

Does Slovakia have a new supercomputer? (Interview)

SpiNNaker can create more biological neurons in real time than any other computer in the world. Every second is able to do amazing 200 million shares.

A computer with a human "head"

The supercomputer's operation is based on the principle of sending billions of minutes of information to thousands of different websites at the same time. On the other hand, standard computers send large amounts of data from one location to another in a step-by-step manner using the classic network.

In this way, SpiNnaker mimics the architecture of parallel human brain communication, which completely predefines the mode of operation of conventional conventional computers.

The IBM Watson supercomputer will be involved in solving the most pressing problems. (Source: Wikimedia.org)

Read more

The IBM supercomputer needed to heal people. His advice can also hurt them

The ultimate goal of the scientific team is to create a billion neurons in real time. Therefore, extensive simulations are planned in the future in a wide range of brain areas, such as basal ganglia.

Parkinson's disease is about this area, and SpiNNaker can offer real opportunities to test new treatments and substances.

Useful not only in medicine

"Neurologists can now use SpiNNaker to unlock certain secrets of human brain function thanks to unprecedented large-scale simulations," said professor of computer engineering Steve Furber on the project's margo.

At the same time, the supercomputer acts as a nerve simulator, allowing the creation of large nerve networks, useful, for example, in advanced robotics.

SpiNNaker is part of a robot development project called SpOmnibot. It is capable of flexible and energy-saving movement, identifying objects and avoiding obstacles.

(1 EUR = 1.1417 USD)


Source link