Interaural Time Difference Thresholds as a Function of Frequency
Fig. 27.1 ΔITD thresholds for four listeners are shown by symbols. Data for L2, L3, and L4 are offset vertically by 20, 50, and 60 μs, respectively. Error bars are…
Fig. 27.1 ΔITD thresholds for four listeners are shown by symbols. Data for L2, L3, and L4 are offset vertically by 20, 50, and 60 μs, respectively. Error bars are…
(23.1) where and are, respectively, the decision weights on the target and the noise; μ Τ and μ Ν denote the nominal sizes of target and noise (before perturbation); β…
Fig. 9.1 Schematic input-output functions of NH (circles, HL = 0 dB) and HI (asterisks, HL = 31 dB) listeners, left ordinate. IO function for a signal processor with the…
Fig. 25.1 Rate-ITD-functions of 17 different envelope shapes for an example neuron with CF = 10,600 Hz and a spontaneous rate of 15 s−1. Conditions are displayed in six groups….
(57.1) where x i , i = 1, …, N, are observed neural activities; K is the number of sources; θ k , k = 1,…, K, are parameters (mean…
(7.1) (7.2)where L in is input signal level, L out is masker level, G is gain, BP1 is breakpoint, and c is the slope between BP1 and 100 dB. The…
(51.1) where z is an n-dimensional state vector (with one state variable per region), t is continuous time and u j is the jth experimental input. The neural model consists…
Fig. 55.1 Proportion of total FFR contained in FFRENV and in FFRCAR at each harmonic of 100 Hz from (a) experimental measures and (b) model predictions Modeling results also suggest…
Fig. 47.1 Average hissiness ratings as a function of half-life for ramped (black lines) and damped (grey lines) noises averaged over subjects; the parameter is modulation period. The error bars…
Fig. 43.1 Comparison of AM detection thresholds for sinusoidally amplitude-modulated (SAM) wideband noise across several species. More sensitive thresholds appear higher on the plot. Thresholds in three bird species (circles)…