This paper presents the application of nonlinear predictive control to drug dosing during anesthesia in prospective patients for undergoing, surgery. A single-input (propofol) single output (Bispectral index (BIS)) patient model has been employed. The pharmacokinetic-pharmacodynamic model, which is in fact a Wiener-type model, has been used for prediction. A set of 12 patient models were studied while controlling BIS at 50 by applying our in-house nonlinear extended-prediction self-adaptive control strategy (NEPSAC). The results of this simulation study show that NEPSAC outperforms EPSAC, using a nominal patient model for prediction
The problem of controlling the level of unconsciousness measured by the Bispectral Index (BIS) of th...
BACKGROUND: Closed-loop control of the hypnotic component of anesthesia has been proposed in an atte...
This paper describes strategies toward model-based automation of intravenous anaesthesia employing a...
This paper presents the application of nonlinear predictive control to drug dosing during anesthesia...
This paper presents the application of predictive control to drug dosing during anesthesia in patien...
This paper presents the application of predictive control to drug dosing during anesthesia in patien...
In this paper we present a new model predictive control system for the depth of hypnosis in general ...
This paper introduces a simplified linear interaction model between two drugs, namely Propofol and R...
This paper verifies the robustness of a model based predictive control scheme for depth of anesthesi...
The main challenge of anesthesia is the maintenance of the desired sedation level before, during, an...
The application of closed-loop control systems in biomedicine unlocks prospects for optimized drug d...
The problem of controlling the level of unconsciousness measured by the Bispectral Index (BIS) of th...
BACKGROUND: Closed-loop control of the hypnotic component of anesthesia has been proposed in an atte...
This paper describes strategies toward model-based automation of intravenous anaesthesia employing a...
This paper presents the application of nonlinear predictive control to drug dosing during anesthesia...
This paper presents the application of predictive control to drug dosing during anesthesia in patien...
This paper presents the application of predictive control to drug dosing during anesthesia in patien...
In this paper we present a new model predictive control system for the depth of hypnosis in general ...
This paper introduces a simplified linear interaction model between two drugs, namely Propofol and R...
This paper verifies the robustness of a model based predictive control scheme for depth of anesthesi...
The main challenge of anesthesia is the maintenance of the desired sedation level before, during, an...
The application of closed-loop control systems in biomedicine unlocks prospects for optimized drug d...
The problem of controlling the level of unconsciousness measured by the Bispectral Index (BIS) of th...
BACKGROUND: Closed-loop control of the hypnotic component of anesthesia has been proposed in an atte...
This paper describes strategies toward model-based automation of intravenous anaesthesia employing a...