Fig. 1From: Distributed Nonlocal Feedback Delays May Destabilize Fronts in Neural Fields, Distributed Transmission Delays Do NotPropagating stationary wave front of Eq. (1) for delayed feedback with spatial feedback connections taken from kernel class (C) without intra-area connections. a Single delay with η(τ)=δ(τ−τ), τ 0 =2.0, b distributed delays η(τ)=δ(τ− τ 1 )/2+δ(τ− τ 2 )/2 with τ 1 =1.3, τ 2 =2.6, i.e. E=1.95. In addition α=0, β=1.0, θ=0.5, W(x)=(exp(−|x|)−4.0exp(−10.0|x|))/1.2. Initial conditions are chosen to u(x,T)=0.0, 0≤x<L/2, u(x,T)=1.0, L/2≤x<L, − τ max ≤T≤0 with the maximum delay τ max and spatial domain length L=60. The panels show a spatial and temporal extract of the full simulation result for visualization reasonsBack to article page