Arterial Blood Pressure Regulation using a Novel Fractional Order Based Sliding Mode Elephant Herd Controller

In today's world, high arterial blood pressure is a foremost issue in medical field. Moreover, a suitable regulation of drug injection value is important to hold the disease. For this reason, a control method has been developed in this field to regulate the parameters of biological system. In this paper, a novel Fractional Order based Sliding Mode Elephant Herd (FO-SMEH) control algorithm has been proposed to control the arterial blood pressure problem. The projected method has been attained finest performance in terms of variable time and optimal outcome. In this study, the stability analysis is presented for FO-SMEH controller. The implementation of this work has been carried out in MATLAB/Simulink platform. The simulation outcomes illustrates that the projected method has achieved better result in terms of less error, rise time, overshoot and so on while compared with the old control methods.