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AI Mimics Brain's Efficiency by Emulating Physical Constraints

AI Mimics Brain's Efficiency by Emulating Physical Constraints
innovationtoronto.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from innovationtoronto.com Daily Mail and Mail on Sunday newspapers.

Cambridge , Cambridgeshire , United-kingdom , Duncan-astle , Danyal-akarca , Jascha-achterberg , John-duncan , University-of-cambridge , Research-council-cognition , Cambridge-department-of-psychiatry , Brain-sciences-unit , Gates-scholar

Revolutionizing AI: How the Human Brain Inspires Next-Gen Artificial Intelligence Systems

At the University of Cambridge in the UK, researchers have made an important breakthrough in artificial intelligence. They've developed a self-organizing AI

United-kingdom , Cambridge , Cambridgeshire , Jascha-achterberg , Danyal-akarca , Energy-efficiency , Key-research-contributions , Mental-health-insights , University-of-cambridge , Brain-sciences-unit , Efficient-ai-development , Research-references

AI system self-organizes to develop features of brains of complex organisms

AI system self-organizes to develop features of brains of complex organisms
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Cambridge , Cambridgeshire , United-kingdom , Duncan-astle , Danyal-akarca , Google-deepmind , Jascha-achterberg , John-duncan , Research-council-cognition , Brain-sciences-unit , University-of-cambridge , Templeton-world-charity-foundation

AI system self-organises to develop features of brains of complex organisms

As neural systems such as the brain organise themselves and make connections, they have to balance competing demands. For example, energy and resources are

Cambridge , Cambridgeshire , United-kingdom , Danyal-akarca , Duncan-astle , John-duncan , Google-deepmind , Jascha-achterberg , Research-council , Cambridge-department-of-psychiatry , Research-council-cognition , University-of-cambridge

AI System Self-Develops Features Akin to Complex Brains

AI System Self-Develops Features Akin to Complex Brains
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Cambridge , Cambridgeshire , United-kingdom , Danyal-akarca , Duncan-astle , John-duncan , Jascha-achterberg , Google-deepmind , Jamess-mcdonnell-foundation , Brain-sciences-unit , Research-council-cognition , Cambridge-department-of-psychiatry

Cambridge AI System Self-Organises, Mimics Complex Brain Features

Cambridge AI System Self-Organises, Mimics Complex Brain Features
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Cambridge , Cambridgeshire , United-kingdom , Google-deepmind , Jascha-achterberg , John-duncan , Duncan-astle , Danyal-akarca , Jamess-mcdonnell-foundation , Brain-sciences-unit , Research-council-cognition , Cambridge-department-of-psychiatry

AI system self-organizes to develop features

<p>Cambridge scientists have shown that placing physical constraints on an artificially-intelligent system – in much the same way that the human brain has to develop and operate within physical and biological constraints – allows it to develop features of the brains of complex organisms in order to solve tasks.</p>

Cambridge , Cambridgeshire , United-kingdom , Jascha-achterberg , John-duncan , Google-deepmind , Duncan-astle , Danyal-akarca , Templeton-world-charity-foundation , Jamess-mcdonnell-foundation , Research-council-cognition , Cambridge-department-of-psychiatry

New AI Can Mimic Human Brain, Use the Same Tricks as We Do

This discovery not only offers new avenues for AI development, but may also offer insights into the inner workings of our own brains.

Cambridge , Cambridgeshire , United-kingdom , Danyal-akarca , John-duncan , Duncan-astle , Jascha-achterberg , Brain-sciences-unit , Research-council-cognition , Cambridge-department-of-psychiatry , University-of-cambridge , Medical-research-council-cognition

Researchers develop AI system that mirrors brain's physical constraints

Cambridge scientists have shown that placing physical constraints on an artificially-intelligent system – in much the same way that the human brain has to develop and operate within physical and biological constraints – allows it to develop features of the brains of complex organisms in order to solve tasks.

Cambridge , Cambridgeshire , United-kingdom , Danyal-akarca , John-duncan , Jascha-achterberg , Google-deepmind , Duncan-astle , University-of-cambridge , Jamess-mcdonnell-foundation , Research-council-cognition , Research-council

AI system self-organizes to develop features of brains of complex organisms

AI system self-organizes to develop features of brains of complex organisms
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Cambridge , Cambridgeshire , United-kingdom , Duncan-astle , John-duncan , Jascha-achterberg , Danyal-akarca , Rice-university , University-of-cambridge , Research-council-cognition , Brain-sciences-unit , Cambridge-department-of-psychiatry