DAVID REGAN

Publications

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Theoretical and Neural Modelling of Visual Mechanisms

• 246. Regan D and Hong XH (1995). Two Models of the Recognition and Detection of Texture-Defined Letters Compared. Biological Cybernetics, 72, 389-396.
• 220. Regan D (1992). Nonlinearities in Psychophysical Models of the Processing of Spatial Form and Motion. Nonlinear Vison (Boca Raton: Crc Press), R. Pinter and B Nabet (Eds), 293-307.
• 213. Regan MP and Regan D (1992). A Frequency Domain Method for Isolating Specific KInds of Nonlinear Neural Processing and for Testing Nonlinear Multi-Neuron Models Against Data. Nonlinear Vison (Boca Raton: Crc Press), R. Pinter and B Nabet (Eds), 265-291.
• 210. Regan D (1991). A Brief Review of Some of the Stimuli and analysis Methods Used in Spatiotemporal Vision. Spatial Vision. London: Macmillan, D Regan (Ed.), 1-42.
• 184. Regan MP and Regan D (1989). A Frequency Domain Technique for Using Evoked Magnetic Fields to Test Multi-Stage Models of Sensory Processing. Advances in Biomagnetism, New York: Springer, Sj Williamson, M Hoke, G Stroink and M Kotani (Eds.),, 201-204.
• 182. Regan MP and Regan D (1989). Objective Investigation of Visual Function Using a Nondestructive Zoom-Fft Technique for Evoked Potential analysis. Can J Neurol Sci, 16, 168-179.
• 176. Regan MP and Regan D (1988). A Frequency Domain Technique for Characterizing Nonlinearities in Biological Systems. J theoret Biol, 133, 293-317.
• 169. Regan D and Regan MP (1987). Dissecting the Visual and Auditory Pathways by Means of the Two-Input Technique. Proc Conf on Electric and Magnetic Activity of the Central Nervous System, Trondheim, Norway. Agard Conf Proc. 432, 6, 1-9.
• 130. Wilson HR and Regan D (1984). Spatial Frequency Adaptation and Grating Discrimination: Predictions of a Line Element Model. J Opt Soc Am A, 1, 1091-6.