Scientists take an action towards light-based, brain-like co... - Jonathan Cartu Internet, Mobile & Application Software Corporation
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Scientists take an action towards light-based, brain-like co…

Scientists take an action towards light-based, brain-like co…

The scientists were able to show, that such an optical neurosynaptic network is able to “discover” details and utilize this as a basis for computing and acknowledging patterns – simply as a brain can. Many of the existing techniques relating to so-called neuromorphic networks are based on electronic devices, whereas optical systems – in which photons, i.e. light particles, are utilized – are still in their infancy. In order to evaluate the degree to which the system is able to acknowledge patterns, the scientists “fed” it with info in the type of light pulses, utilizing 2 various algorithms of maker knowing.

The scientists were able to show, that such an optical neurosynaptic network is able to “discover” details and utilize this as a basis for computing and acknowledging patterns – simply as a brain can. As the system works entirely with light and not with standard electrons, it can process information numerous times quicker. Many of the existing methods relating to so-called neuromorphic networks are based on electronic devices, whereas optical systems – in which photons, i.e. light particles, are utilized – are still in their infancy. The concept which the British and german researchers have actually now provided works as follows: optical waveguides that can transfer light and can be made into optical microchips are incorporated with so-called phase-change products – which are currently discovered today on storage media such as re-writable DVDs. In order to evaluate the level to which the system is able to identify patterns, the scientists “fed” it with details in the type of light pulses, utilizing 2 various algorithms of device knowing.

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