According to the statement, researchers at the International Center for Neuromorphic Systems (ICNS) in Australia, They are developing the first supercomputer that can simulate processing networks similar to the human brain. Currently, scientists explain that the most important organ in the human body can process an exaflop, or approximately billions of mathematical operations per second.
The most impressive thing is Our brain works with only 20 watts of power, In fact, it is considered a small amount of energy compared to other organs in the body. Based on this premise, the project’s scientists are developing the supercomputer called DeepSouth; One goal is to understand how the brain processes so much information with so little energy.
As the researchers explain, DeepSouth will be able to process approximately 228 billion synaptic transactions per second starting in 2024when fully online. In an interview with the website NewScientistRalph Etienne-Cummings, a scientist at Johns Hopkins University in the US, said the supercomputer represents an advance in neuroscience studies.
“Progress in our understanding of how the brain processes using neurons is hampered by our inability to simulate brain-like networks at scale. Simulating incremental neural networks on standard computers using graphics processing units and multi-core central processing units is too slow and consumes too much energy. Western Sydney University “Our system will change this,” said André van Schaik, ICNS director at .
Supercomputer and human brain
The biggest difference between a supercomputer and a normal computer is the more powerful version. It was developed with chips specifically designed to implement pulse neural networks. It is important to emphasize that this is not the first time an institution has developed computers of this type; but DeepSouth is the most powerful device to date; The device is the only one capable of performing 228 synaptic transactions per second.
Another significant change that DeepSouth could cause is in energy consumption, as current supercomputers consume a lot of energy. The Australian university’s research isn’t the only one in development; There are other projects that aim to mimic the structure of the brain through ‘biological computers’ that work with real cells.
“For the first time, we will be able to simulate in real time the activity of a neural network with spikes the size of the human brain. We need this ability to better learn how the brain works and how it does what it does so well,” adds van Schaik.
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Source: Tec Mundo
I’m Blaine Morgan, an experienced journalist and writer with over 8 years of experience in the tech industry. My expertise lies in writing about technology news and trends, covering everything from cutting-edge gadgets to emerging software developments. I’ve written for several leading publications including Gadget Onus where I am an author.
