Figure 7
CCGs for excitatory and inhibitory inputs to DS cells in a linear model exhibit the same stimulus dependence as facilitatory and suppressive DS inputs in the nonlinear models.
CCGs for excitatory and inhibitory inputs to DS cells in a linear model exhibit the same stimulus dependence as facilitatory and suppressive DS inputs in the nonlinear models.
(A) Direction tuning curves for the Linear model.
(B) CCGs for excitatory and inhibitory inputs to a DS cell in the Linear model with preferred and antipreferred direction stimuli.
(C) Summary of CCG peak amplitudes for all EX and EX_D-to-DS connections in the Linear model.
(D) Summary of CCG dip amplitudes for all IN and IN_D-to-DS connections in the Linear model.
(E) Difference in CCG peak amplitude in preferred and antipreferred directions for all EX and EX_D-to-DS connections in the Linear model.
(F) Difference in CCG dip amplitude in preferred and antipreferred directions for all IN and IN_D-to-DS connections in the Linear model.
