作者: George Hung , Lawrence Stark
DOI: 10.1016/0025-5564(79)90066-X
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摘要: Abstract Pupillary escape to on-step light stimulus is a well-known nonlinear dynamic phenomenon. Using adequate-bandwidth noise and spectral computational technique, the 1st- 2nd-degree kernels of pupillary system were estimated. Nonlinear heuristic models, composed cascades linear elements, then simulated. These models produced varying amounts pupillary-escape-like effect for step inputs. Kernels these determined with biimpulse technique. Comparison simulation results showed direct correspondence between positive off-diagonal kernel values demonstrated by model. This supports ability interpret shapes in general relating them dynamics systems.