Memristive Circuit Design of Operant Conditioning with Bridging

Most of the previous operant conditioning neural network circuits only consider the basic theory and ignore the effect of additional stimuli on operant conditioning, such as bridging stimulus. In this paper, a memristor-based operant conditioning circuit with bridging is designed. The designed circuit is mainly composed of delay module, voltage control module and experience module. The various processes of operant conditioning are taken into account. The designed circuit realizes the feedback learning, experience memory, experience-based decision making and bridging functions in operant conditioning. The effect of the length of the bridging stimulus on operant conditioning is also taken into account. The study of operant conditioning with bridging can provide a reference for the study of more intelligent brain-like systems.