[PDF][PDF] Control of nonlinear heartbeat models under time-delay-switched feedback using emotional learning control
International Journal on Recent Trends in Engineering & Technology, 2014•Citeseer
In this paper, we adopt the Zeeman nonlinear heart model to discuss its stability and control
its operation using emotional learning control (ELC). We also demonstrate the control of the
heart model under threats of possible time delay introduced in the sensing loop. We
compare the robustness of the ELC with other control methods such as the classical PID and
the model predictive control (MPC) for the heart model under time delay attack. We have
showed that ELC is more robust than the classical PID and the MPC.
its operation using emotional learning control (ELC). We also demonstrate the control of the
heart model under threats of possible time delay introduced in the sensing loop. We
compare the robustness of the ELC with other control methods such as the classical PID and
the model predictive control (MPC) for the heart model under time delay attack. We have
showed that ELC is more robust than the classical PID and the MPC.
Abstract
In this paper, we adopt the Zeeman nonlinear heart model to discuss its stability and control its operation using emotional learning control (ELC). We also demonstrate the control of the heart model under threats of possible time delay introduced in the sensing loop. We compare the robustness of the ELC with other control methods such as the classical PID and the model predictive control (MPC) for the heart model under time delay attack. We have showed that ELC is more robust than the classical PID and the MPC.
Citeseer
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