Microprocessor based thermosensitive neurons

This paper presents a contribution to the modelling and simulation of the thermosensitive neurons. Microprocessor based models for the cold and warm sensitive neurons are proposed using the commercially available 8088 microprocessor. These models are analyzed and designed to fulfill the c/cs of the real biological neurons. The designed models were simulated and experimented on the ET-100 microprocessor Trainer. The static firing rate of both the cold and warm microprocessor models were tested at different temperatures. The dynamic behaviour of these models was also investigated and discussed

Electronic models for thermosensitive neurons

Electronic models for cold and warm thermosensitive neurons are designed and implemented. The static firing rate of both the cold and warm electronic models are recorded at different temperatures. The dynamic response of these models is also investigated. The obtained results show a more or less coincidence between the designed electronic models and the real thermosensitive neurons