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Figure 4 | Advances in Difference Equations

Figure 4

From: Modeling plant virus propagation with Filippov control

Figure 4

\(E_{3}^{R}\) is globally asymptotically stable in Case A.11 corresponding to different sliding modes \(\varSigma _{3}\). (A1\(Y_{c}=5\), \(I_{c}=4\). \(\varSigma _{3}=\{(Y,I)\in \varOmega _{2}: g_{1}< I< g_{2}\}\). (A2\(Y_{c}=5\), \(I_{c}=6\). \(\varSigma _{3}=\{(Y,I)\in \varOmega _{2}: I_{c}< I< g_{2}\}\). (A3\(Y_{c}=5\), \(I_{c}=7.75\). \(\varSigma _{3}\) does not exist. (A2) and (A3) are omitted here

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