Brain, Computational neuroscience, Nervous system, Cerebellum, Artificial neural network, Neural network

In a Hybrid Neural Circuit, Artificial and Biological Neurons Used Dopamine to Communicate

On Jun 23, 2020
@singularityhub shared
In a Hybrid Neural Circuit, Artificial and Biological Neurons Used Dopamine to Communicate https://t.co/ksv0kKPn7c
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By playing with how much dopamine accumulates at the artificial neuron, the team found that they loosely mimic a learning rule called spike learning.

singularityhub.com
On Jun 23, 2020
@singularityhub shared
In a Hybrid Neural Circuit, Artificial and Biological Neurons Used Dopamine to Communicate https://t.co/ksv0kKPn7c
Open

In a Hybrid Neural Circuit, Artificial and Biological Neurons Used Dopamine to Communicate

In a Hybrid Neural Circuit, Artificial and Biological Neurons Used Dopamine to Communicate

By playing with how much dopamine accumulates at the artificial neuron, the team found that they loosely mimic a learning rule called spike learning.

Scientists Linked Artificial and Biological Neurons in a Network—and Amazingly, It Worked

Scientists Linked Artificial and Biological Neurons in a Network—and Amazingly, It Worked

The three-neuron network was able to reproduce a classic neuroscience experiment that’s considered the basis of learning and memory in the brain.

BrainScaleS - Neuromorphic processors

BrainScaleS - Neuromorphic processors

The project is a European consortium of 13 research groups lead by a team at Heidelberg University, Germany. Latest news / current status May 25, 2012 - New video tour of the neuromorphic ...

More on 3rd Generation Spiking Neural Nets

More on 3rd Generation Spiking Neural Nets

Summary:  Here’s some background on how 3rd generation Spiking Neural Nets are progressing and news about a first commercial rollout.   Recently we wrote about…

Artificial intelligence—parking a car with only 12 neurons

Artificial intelligence—parking a car with only 12 neurons

Computer scientists at TU Wien (Vienna) are improving artificial intelligence by drawing inspiration from biology. The new approaches achieve amazing results with surprisingly little effort.

What neuromorphic engineering is, and why it’s triggered an analog revolution

What neuromorphic engineering is, and why it’s triggered an analog revolution

Maybe we can’t keep packing transistors onto substrates the way Gordon Moore showed us how to do. So how about if we replaced those millions of transistors with components “inspired by the ...

Artificial intelligence: Parking a car with only 12 neurons

Artificial intelligence: Parking a car with only 12 neurons

Computer scientists are improving Artificial Intelligence by drawing inspiration from biology. The new approaches achieve amazing results with surprisingly little effort.

MIT researchers develop new chip design to take us closer to computers that work like human brains

MIT researchers develop new chip design to take us closer to computers that work like human brains

Scientists at MIT are developing brains-on-a-chip for neuromorphic computing.  It would allow processing facts, patterns and learning at lightning speed and could fast-forward the ...

Superconducting neurons could match the power efficiency of the brain

Superconducting neurons could match the power efficiency of the brain

Conventional computers need orders of magnitude more energy than the “computer” in our heads. Neural networks made of superconducting nanowires might come much closer to the real thing.

Analyzing biological and artificial neural networks: challenges with opportunities for synergy?

Analyzing biological and artificial neural networks: challenges with opportunities for synergy?

Deep neural networks (DNNs) transform stimuli across multiple processing stages to produce representations that can be used to solve complex tasks, su…

ORBAI Files Patent on Strong AGI

ORBAI Files Patent on Strong AGI

ORBAI filed a provisional patent (#62809297, 22 Feb 2019) on technologies, tools, and processes to design and evolve a Strong Artificial General Intelligence that would be well within the ...

Artificial Neural Networks Applications and Algorithms

Artificial Neural Networks Applications and Algorithms

What is Artificial Neural Network Architecture, Applications and algorithms to perform Pattern Recognition, Fraud Detection and Deep Learning

Hidden Computational Power Found in the Arms of Neurons

Hidden Computational Power Found in the Arms of Neurons

The dendritic arms of some human neurons can perform logic operations that once seemed to require whole neural networks.