Artificial retina, which is installed to restore vision to people within their eyes, has sophisticated electronic components that often become extremely hot after a while and can damage the tissue.

In order to solve this problem, a team of Stanford researchers have devised an intelligent artificial retina that can select the data needed to process it, thereby preventing overheating and heating up electronic components.

Inside the artificial retina, a camera sensor is mounted and mounted inside the eye, it can partially gain its vision by receiving light and converting it into electronic signals. These symptoms eventually become visible information by passing a series of electrodes and the neural network of the brain.

The important thing is that hundreds of electrodes in this set generate a lot of electrical pulses, which results in the creation of a lot of heat that damages the internal tissues of the eye. Artificial retina cleans the selection of essential information and reduces the amount of data passing through the electrodes.

The new artificial retina also removes some of the common and duplicate signals to save on data transmission.

In addition, the visual information of the artificial retina is also digitized and compressed, which reduces the amount of information needed for storage and transmission.

Source: Mehr News Agency