Emotion-based behavioral inhibition and self-repairing memristive circuit

In this paper, an emotion-based behavioral inhibition and self-repairing memristive circuit is proposed, which can emulate the repair process of the amygdala in the limbic system. The circuit is mainly composed of recognition and retention module, damage detection module, repair compensation module and output module. The recognition and retention module mainly includes emotion recognition module and retention module, which realize the emotion recognition function of amygdala and orbitofrontal cortex. The damage detection module can determine whether the amygdala is damaged. If the amygdala is damaged, the repair compensation module repairs the amygdala, so that the amygdala can produce behavioral inhibition when it recognizes fear. The realization of emotion-based behavioral inhibition and self-repairing memristive circuit provides a reference for the further development of memristive affective bionic circuits.

Automated summary

This paper proposes an emotion-based behavioral inhibition and self-repairing memristive circuit that mimics the repair process of the amygdala in the limbic system. The circuit consists of recognition and retention module, damage detection module, repair compensation module, and output module. The circuit enables emotion recognition and behavioral inhibition when recognizing fear through the repair of a damaged amygdala, providing reference for the further development of memristive affective bionic circuits.