This paper shows the effectiveness of receding horizon based model predictive control (RHMPC) for regulating blood glucose level in type 1 diabetic patient. For the purpose, the nonlinear model of type 1 diabetes mell...
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ISBN:
(数字)9781728168821
ISBN:
(纸本)9781728168838
This paper shows the effectiveness of receding horizon based model predictive control (RHMPC) for regulating blood glucose level in type 1 diabetic patient. For the purpose, the nonlinear model of type 1 diabetes mellitus is considered. The model is then linearized and discretized to apply discrete model predictive concept. MATLAB 2018 is used for simulation purpose. The performance of RHMPC is compared with existing result. The robustness of the proposed method is shown for randomly chosen value of the parameters and random meal disturbance. The performance of proposed scheme shows better result than existing one.
Automatic number plate identification in today's world plays a vital role in vehicle tracking and organization. Our proposed model of automation in the detection and recognizing vehicles through the use of number ...
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Byzantine Agreement (BA) enables n processes to reach consensus on a common valid Lo-bit value, even in the presence of up to t n/3. Different instantiations of ada-Dare achieve near-optimal adaptive bit complexity of...
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The combustion of magnesium (Mg) with polytetrafluoroethylene (TF) is a complex oxidation reaction accompanied by physical changes from solid to liquid, and to gas. The burning rate characteristics were determined wit...
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The combustion of magnesium (Mg) with polytetrafluoroethylene (TF) is a complex oxidation reaction accompanied by physical changes from solid to liquid, and to gas. The burning rate characteristics were determined with Mg/TF propellant pellets made of various sized Mg particles and different mixture ratios of Mg/TF. The adiabatic flame temperature of Mg/TF propellants is the maximum when the weight fraction of Mg particles ( xi ) is 0. 33. The burning rate increases with increasing surface area of the Mg particles within the range of xi tested in this study. The heat produced just above the burning surface plays a dominant role on the burning rate.
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