The computer model has helped to better understand how the human memory is arranged

Our brain - a very strange arranged network of neurons that form such complex structures that doctors finally figured out how they work, and to this day. But scientists do not give up, and not so long ago, thanks to the efforts of experts from Japan, we have become aware of the human memory is a little more. And scientists helped make it a special computer model that accurately reproduced the functioning of our central nervous system.

The computer model has helped to better understand how the human memory is arranged

Our brain - a very difficult arranged mechanism

As a computer cord device helped to understand

According to the publication Science Daily, a team of scientists from the Institute of Science and Technology and Okinawa Research Center RIKEN created the artificial neural network to simulate the brain. First of all they were interested in it, how to construct an associative memory. Associative memory - the ability to bind non-binding elements and store them in the memory together. A team of scientists has used successive information templates for modeling the "Memory emergence process" and found that the machine is able to memorize patterns, even if they do not like each other. Thus the information patterns are not "moved" from one area to another. Between them formed a new relationship.

This simple model shows us how the brain processes the pieces of information presented in a consistent and sequential order, - explains Professor Tomoki Fukai, one of the project leaders. Simulating neurons with the help of computers, we can begin to understand how memory is processed in our own consciousness.

One of the principles of memory formation is that the cells that are functioning together to form a connection between themselves and after some time synchronized. A simple example - learning to play musical instruments. At first we were hard to get used to all these chords and notes, but over time the brain of the system are synchronized and we gain skill, the use of which do not even think. Everything happens "by itself". Another simpler example - speech training, writing or walking. And in general, to learn something new - great. For this perfect our page in Yandex. Zen.

The computer model has helped to better understand how the human memory is arranged

An exemplary diagram of the associative memory device. Ovals - clusters of information lines connecting ovals - associative links

However, there is a problem in the above scheme - Neuroscience believes that the formation of connections and storing the central nervous system excitation and inhibition functions are in a certain balance shifted in the direction of excitation. Roughly speaking, in order to form an association, the CNS must "work faster". It sounds logical, but it was not quite true. The computer model created by researchers from Japan, were embedded excitation function and deceleration, the latter can act both locally and across the neural network. It turned out that inhibiting elements allow the model to store templates and form portions of memory. See also: Scientists have for the first time have restored memory in Alzheimer's disease

Now scientists are focused on additional research that will confirm their findings in practice. Ultimately, the team plans to move to a more accurate model of the construction of the brain and the study of the processes of memory, perception, and getting rid of unwanted memories. All of this will not only help in understanding the functioning of the central nervous system, but also in the development of methods to combat diseases that are accompanied by loss of memory and mental abilities.