NEURO-MIMETIC COMPUTER FORMED OF A THREE-DIMENSIONAL NETWORK INCLUDING INTERCONNECTED CHANGE OF STATE BODIES

摘要

The invention concerns a neuronoid computer with highly parallel, completely sequential or mixed variable configurations capable of operating in quantized mode and with signals of varied intensity, duration and wavelength. It consists of a system for managing and transforming continuous or timed signals travelling along waveguides which cross one another and are connected at their intersections to status-changing elements acting as gates, filters, mixers or transformers. The superposition of these signals in status-changing elements, directs their passage into other directions. Mirrors including transparent or reflecting mirrors superpose them or deflect them. The signals sent in organised sequences combine at predetermined interconnects and continuously or sequentially adjust the passage or transformation of intensity, duration and wavelength of the other signals derived from other guides and passing through these interconnects.