Figure 3From: Existence and global exponential stability of anti-periodic solutions for quaternion-valued cellular neural networks with time-varying delaysCurves of \(x_{p}^{R}(t)=(x_{1}^{R}(t),x_{2}^{R}(t))^{T}\) and \(x_{p}^{I}(t)=(x_{1}^{I}(t),x_{2}^{I}(t))^{T}\) of system (13) with the initial values \((x_{1}^{R}(0),x_{2}^{R}(0))^{T}=(0.01,-0.02)^{T}, (0.03,-0.04)^{T}, (0.05,-0.05)^{T}\) and \((x_{1}^{I}(0),x_{2}^{I}(0))^{T}=(-0.01,0.03)^{T}, (0.02,0.05)^{T}, (-0.05,-0.02)^{T}\)Back to article page