Figures & data
Figure 4. Time responses of the real/imaginary parts of state for CVNN (Equation1
(1)
(1) ) with
in Example 4.1.
![Figure 4. Time responses of the real/imaginary parts of state z(t) for CVNN (Equation1(1) z˙(t)=−C(r(t))z(t)+A(r(t))f(z(t))+B(r(t))g(z(t−τr(t),σ(t)(t)))+u~(t),t≥0(1) ) with u~(t)≡0 in Example 4.1.](/cms/asset/ea881db8-0427-40a1-bae3-a78f81579438/tssc_a_1737847_f0004_oc.jpg)
Figure 5. Time responses of the real/imaginary parts of state for the open-loop system (Equation1
(1)
(1) ) in Example 4.2.
![Figure 5. Time responses of the real/imaginary parts of state z(t) for the open-loop system (Equation1(1) z˙(t)=−C(r(t))z(t)+A(r(t))f(z(t))+B(r(t))g(z(t−τr(t),σ(t)(t)))+u~(t),t≥0(1) ) in Example 4.2.](/cms/asset/583a8330-2dbc-4a63-ac30-0d3a6040020e/tssc_a_1737847_f0005_oc.jpg)
Figure 6. Time responses of the real/imaginary parts of state for the closed-loop system (Equation1
(1)
(1) ) in Example 4.2.
![Figure 6. Time responses of the real/imaginary parts of state z(t) for the closed-loop system (Equation1(1) z˙(t)=−C(r(t))z(t)+A(r(t))f(z(t))+B(r(t))g(z(t−τr(t),σ(t)(t)))+u~(t),t≥0(1) ) in Example 4.2.](/cms/asset/c324b192-2bc3-4128-a4c0-db30e07f85c6/tssc_a_1737847_f0006_oc.jpg)