Architecture of the impulse driven processor for the brain mechanism that is made of charge transfer devices

摘要

The impulse-driven processor (IDP) lor perception that is made of charge-coupled devices (CCDs) and floating-gate MOS FETs is proposed. The IDP is composed of the impulse decoder (ID) that generates an impulse at the matched pattern of impulses. The outputs stimulate IDs or create the connections of a following ID by using floating gate MOS memories. A loop of IDs holds a circulating impulse. The loops are linked by means of Ids. The activation disappears according to the bottom up propagation of inhibitory impulses initiated at the absence of excitatory impulse. The attachable IDs together with loops for memory control the system in which actuators are controlled by sensors.