The way neurons communicate could inspire the next generation of computers, said researchers.

Researchers are developing novel computers by mimicking the way that neurons are built and how they talk to each other, BBC News reported on its website.

Basing computers around neurons could lead to improvements in visual and audio processing on computers, according to a report in our sister publication, the Gulf Daily News.

It might mean that computers learn to see or to hear in the future rather than just rely on sensors.

As well as building computers, the researchers are also helping to improve understanding of nerve cells and how they operate.

While artificial neural networks have been around for more than 50 years they typically do not copy real neurons very closely.

By contrast the project being co-ordinated by computer scientist Dr Thomas Wennekers from the University of Plymouth wants to model specific physiological features of the way that neurons in one part of the brain communicate.

"We want to learn from biology to build future computers," said Dr Wennekers. "The brain is much more complex than the neural networks that have been implemented so far."

The early work of the project has been collecting data about neurons and how they are connected in one part of the brain. The researchers are focusing on the laminar microcircuitry of the neocortex which is involved in higher brain functions such as seeing and hearing.

The data gathered has fed highly detailed simulations of groups of nerve cells as well as microcircuits of neurons that are spread across larger scale structures such as the visual cortex.

"We build pretty detailed models of the visual cortex and study specific properties of the microcircuits," he said. "We're working out which aspects are crucial for certain functional properties like object or word recognition."

There are hopes that the work will produce more than just improved sensory networks, said Dr Wennekers.

"It might lead to smart components that are intelligent," he said. "They may have added cognitive components such as memory and decision making."

They might even, said Dr Wennekers, start to be endowed with emotion.

"We'll be computing in a completely different way," he added. – TradeArabia News Service