Modeling the Dynamic Sensory Discharges of Insect CS
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Fig. 2. The differences between the model’s response to ramp-and-hold and naturalistic stimuli
reflect those seen in the animal. A) Using the original model tuning, the model captures the animal
response to both the ramp and hold portions of the stimulus. The model has not been tuned to
capture the hold phase data. B) The model response to an animal-like force waveform resembles
the animal response to the same stimulus, despite not being tuned to do so. C. As seen in the animal
data, the model response to the ramp-and-hold stimulus peaks higher and adapts more quickly
than the response to the naturalistic stimulus. This suggests a fundamental similarity between the
model and the animal.
349
Fig. 2. The differences between the model’s response to ramp-and-hold and naturalistic stimuli
reflect those seen in the animal. A) Using the original model tuning, the model captures the animal
response to both the ramp and hold portions of the stimulus. The model has not been tuned to
capture the hold phase data. B) The model response to an animal-like force waveform resembles
the animal response to the same stimulus, despite not being tuned to do so. C. As seen in the animal
data, the model response to the ramp-and-hold stimulus peaks higher and adapts more quickly
than the response to the naturalistic stimulus. This suggests a fundamental similarity between the
model and the animal.