Figure 1
\(\mathbb{T}=\mathbb{R}\). Transient states of \(x^{0}(t)\), \(x^{1}(t)\), \(x^{2}(t)\) and \(x^{3}(t)\)
Theory and Modern Applications
Figure 1 | Advances in Difference Equations
Theory and Modern Applications
\(\mathbb{T}=\mathbb{R}\). Transient states of \(x^{0}(t)\), \(x^{1}(t)\), \(x^{2}(t)\) and \(x^{3}(t)\)