Keywords: لوزالمعده مصنوعی; Artificial pancreas; Type 1 diabetes; Exercise; Páncreas artificial; Diabetes tipo 1; Ejercicio;
مقالات ISI لوزالمعده مصنوعی (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: لوزالمعده مصنوعی; Páncreas artificial; Diabetes tipo 1; Ejercicio; Artificial pancreas; Type 1 diabetes; Exercise;
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Clinical trial; Glucose control; Sliding mode control; Insulin-on-board;
Keywords: لوزالمعده مصنوعی; Model predictive control; Glucose control; Artificial pancreas; Type 1 diabetes; Closed-loop control;
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Closed-loop glucose control; Automated insulin delivery; Type 1 diabetes mellitus; Páncreas artificial; Control de glucosa en lazo cerrado; Infusión automática de insulina; Diabetes mellitus tipo 1;
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Closed-loop glucose control; Automated insulin delivery; Type 1 diabetes mellitus; Páncreas artificial; Control de glucosa en lazo cerrado; Infusión automática de insulina; Diabetes mellitus tipo 1;
Keywords: لوزالمعده مصنوعی; LPV model; Controller synthesis; Type 1 diabetes; Artificial pancreas; ν-gap metric;
Keywords: لوزالمعده مصنوعی; Identification; Validation; Artificial pancreas; Clinical trial; Type 1 diabetes; MPC;
Keywords: لوزالمعده مصنوعی; Type 1 diabetes mellitus; Artificial pancreas; Internal model control; Volterra model; Recursive least squares;
Keywords: لوزالمعده مصنوعی; Type 1 diabetes; Artificial pancreas; Insulin and glucagon; Model predictive control; Adaptive control;
Keywords: لوزالمعده مصنوعی; Controllability; Observability; Artificial pancreas; Lyapunov function; Stability analysis;
Keywords: لوزالمعده مصنوعی; Transfer function; Proportional integral derivative; Artificial pancreas; Observability; Controllability; Lyapunov function;
Keywords: لوزالمعده مصنوعی; Insulin estimation; Kalman filter; Glycemic variability; Stochastic model; Artificial pancreas;
Keywords: لوزالمعده مصنوعی; Insulin pump therapy; Continuous glucose monitoring; Closed-loop; Artificial pancreas; Control algorithm;
Keywords: لوزالمعده مصنوعی; Adaptive fuzzy control; Artificial pancreas; Integral sliding mode control; Type 1 diabetes;
Keywords: لوزالمعده مصنوعی; Type 1 diabetes; Artificial pancreas; Unannounced meals; Bolus calculation; Hyperglycemia;
Keywords: لوزالمعده مصنوعی; Continuous glucose monitoring; Single-port system; Optical glucose sensor; Type 1 diabetes mellitus; Phase fluorimeter; Artificial pancreas;
Keywords: لوزالمعده مصنوعی; Model predictive control; Adaptive control; Artificial pancreas; Type 1 diabetes; Closed-loop glucose control;
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Diabetes; Case-based reasoning; Run-to-Run control;
Keywords: لوزالمعده مصنوعی; diabetes; closed-loop; continuous glucose monitor; insulin pump; glucose; hyperglycemia; hypoglycemia; AID; Automated insulin delivery; AP; Artificial pancreas; BGCs; Blood glucose concentrations; CGM; Continuous glucose monitoring; CSII; Continuous subcu
Keywords: لوزالمعده مصنوعی; Bowel sound; Artificial pancreas; Glucose monitoring; Feature extractor; Charge amplifier; Piezoelectric sensor
Keywords: لوزالمعده مصنوعی; Chemo-mechanical; Enzyme membrane; Artificial pancreas; Hexokinase;
Keywords: لوزالمعده مصنوعی; Type 1 diabetes; Artificial pancreas; Hypoglycemia; Glucagon; Closed-Loop;
Keywords: لوزالمعده مصنوعی; Control systems; Heart rate variability; Autoimmune disease; Artificial pancreas; Sepsis;
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Glucose control; Hypoglycemia; Insulin-on-board; Constrained control; Postprandial; Sliding mode control; Safety layer
Keywords: لوزالمعده مصنوعی; closed loop insulin delivery; artificial pancreas; sensor augmented insulin pump; continuous glucose monitoring; hypoglycaemia; glycaemic range; mean blood glucose; glucose variability;
Keywords: لوزالمعده مصنوعی; Technology; Type 1 diabetes mellitus; Children; Adolescents; Insulin analogues; Insulin pump; Continuous glucose monitoring; Artificial pancreas;
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Diabetes; Gaussian processes; Policy iteration; Reinforcement learning; Stochastic optimal control
Keywords: لوزالمعده مصنوعی; Type 1 diabetes; Closed-loop delivery; Postprandial control; Glucagon; Artificial pancreas
Keywords: لوزالمعده مصنوعی; Insulin-glucose modelling; Artificial pancreas; System identification; Black-box modelling; Best linear approximation; Nonlinear models; Nonlinear fractional representation
Keywords: لوزالمعده مصنوعی; Biomedical systems; Biomedical control; Pump Suspension; Diabetes; Artificial Pancreas
Keywords: لوزالمعده مصنوعی; Type 1 Diabetes; Artificial Pancreas; Adaptive Control; Hypoglycemia Alarm; Integrated Systems
Keywords: لوزالمعده مصنوعی; Perioperative intensive insulin therapy; Artificial pancreas; Hypoglycemia; Closed-loop glycemic control system; Stable glycemic control
Keywords: لوزالمعده مصنوعی; Artificial Pancreas; Clinical Trials; Control of physiological and clinical variables
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Feedback control law; Time-delay systems;
Keywords: لوزالمعده مصنوعی; Drug delivery; Layer-by-layer film; Microcapsule; Insulin delivery; Artificial pancreas;
Keywords: لوزالمعده مصنوعی; Pharmacokinetics; Insulin lispro; Artificial pancreas; Type 2 diabetes; Bayesian estimation; Mathematical modelling
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Blood glucose; Insulin sensitivity; Personalized medicine; Ultradian oscillations;
Keywords: لوزالمعده مصنوعی; CGM; continuous glucose monitoring; AP; artificial pancreas; CHO; carbohydrates; CSII; continuous subcutaneous insulin infusion; MARD; mean absolute relative deviation; SMGB; self-monitored blood glucose; Interval model; Identification; Type 1 diabetes; V
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Bayesian surprise; Behavior monitoring; Kullback–Leibler divergence; Optimal action selection
Keywords: لوزالمعده مصنوعی; Telemedicine; Multi-agent systems; Remote patient monitoring; Diabetes; Artificial pancreas;
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Carbohydrate-counting; Closed-loop hormonal delivery systems; Continuous glucose monitoring; Type 1 diabetes
Keywords: لوزالمعده مصنوعی; Model predictive control; Periodic control; Safety-critical control; Artificial pancreas; Type 1 diabetes mellitus
An adaptive backstepping based non-linear controller for artificial pancreas in type 1 diabetes patients
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Diabetes controller; Adaptive backstepping; Lyapunov stability;
In silico testing of optimized Fuzzy P+D controller for artificial pancreas
Keywords: لوزالمعده مصنوعی; Artificial pancreas; Closed-loop; Fuzzy P+D controller; Type 1 diabetes;
Velocity-weighting & velocity-penalty MPC of an artificial pancreas: Improved safety & performance
Keywords: لوزالمعده مصنوعی; Model predictive control; Safety-critical control; Nonlinear optimization; State-dependent costs; Artificial pancreas;
Adaptive sliding mode Gaussian controller for artificial pancreas in TIDM patient
Keywords: لوزالمعده مصنوعی; Artificial pancreas; BG control; SMGC/SE; Micro-insulin dispenser; TIDM;
Capteur de glucose pour un pancréas artificiel : quel défi ?
Keywords: لوزالمعده مصنوعی; Capteur de glucose; mesure continue du glucose; pancréas artificiel; Glucose sensor; continuous glucose monitoring; artificial pancreas;
Calibration of a microdialysis sensor and recursive glucose level estimation in ICU patients using Kalman and particle filtering
Keywords: لوزالمعده مصنوعی; Continuous glucose monitoring systems; Artificial Pancreas; Kalman filtering; Particle filtering; Stochastic models; Intensive care unit;
Closed-loop glycaemic control using an implantable artificial pancreas in diabetic domestic pig (Sus scrofa domesticus)
Keywords: لوزالمعده مصنوعی; Diabetes; Insulin; Closed-loop; Smart material; Glucose-sensitive; Artificial pancreas; Implantable;