Fixed-time synergetic control for chaos suppression in endocrine glucose–insulin regulatory system

This paper, puts forward the control of chaos phenomena in an important endocrine glucose–insulin metabolic regulatory system. Using a robust fixed-time synergetic controller, which has been designed to regulate the plasma glycemic level in type 1 diabetic patients (T1D). In the view of the recent improvement in synergetic control algorithm, terminal attractor technique and fixed time stability. The introduced technique has the benefit of utilizing a continuous control law. In addition, the proposed control algorithm, other than being without chattering, has the advantage of being converging in finite fixed-time. Lyapunov framework is exploited to ensure the stability of the controlled system. Simulation results of the designed synergetic controller, are exhibiting the ability of the proposed control technique for rapidly achieving normoglycemia in type 1 diabetes patients and stabilizing the biological disorder in a robust manner. These features make it interesting because one of the great matters in the diabetes mellitus treatment is the search of the best controller acting as an artificial pancreas and a safe and efficient control algorithm of the plasma glucose level and control devices enhancement, which relieves the diabetic subjects. •Design and synthesize a fixed-time synergetic control technique.•Study the fixed-time suppression of chaos in the chaotic glucoregulatory system.•Controller accomplishes oscillation free and fast convergence of the state variables.•AP can regulate the glucose level through appropriate closed loop control approach.•Simulation results endorse the effectiveness of the synergetic control algorithm.