During surgery, the anaesthetist carefully controls the delivery of anaesthesia given to the patient in an effort to attain and maintain a consistent and adequate level of anaesthetic depth. The aim of this work is to design an internal model control (IMC) for anaesthesia depth, and to test it by simulation with clinical data. This study uses an internal model control structure for the adjustment of Bispectral Index (BIS). Performance of the two controllers has been studied for a step change in BIS, measured disturbances in the measured variables. In this study the simulation shows that the internal model control performed better than the PID controller
This paper deals with the application of an Internal Model Control strategy to the regulation of the...
This paper investigates the depth of anaesthesia (DoA) control system using robust deadbeat techniqu...
Background and Objective: This paper addresses the use of proportional-integral-derivative controlle...
This paper investigates the depth of anaesthesia control problem during a surgery, where ...
The objective of this project is to develop patient dose-response models and to provide an adequate ...
This paper describes strategies toward model-based automation of intravenous anaesthesia employing a...
At present, the experimentation of anesthetic drugs on patients requires a regulation protocol, and...
In this paper a new simplified control sell( lie for the depth of anesthesia that only requires the ...
Anaesthesia is a reversible pharmacological state of the patient where hypnosis, analgesia and muscl...
The contributions of this thesis are organised in two parts. Part I presents a mathematical model fo...
In this paper we propose a model-based scheme to control the depth of hypnosis in anesthesia that us...
Anaesthesia is important for both surgery and intensive care and intravenous anaesthetics are widely...
Many regulatory loops in drug delivery systems for depth of anesthesia optimization problem consider...
This thesis describes the development of physiological and pharmacological models for the control of...
Anaesthesia is the corner stone of modern surgical medicine. Despite a long period of enquire beginn...
This paper deals with the application of an Internal Model Control strategy to the regulation of the...
This paper investigates the depth of anaesthesia (DoA) control system using robust deadbeat techniqu...
Background and Objective: This paper addresses the use of proportional-integral-derivative controlle...
This paper investigates the depth of anaesthesia control problem during a surgery, where ...
The objective of this project is to develop patient dose-response models and to provide an adequate ...
This paper describes strategies toward model-based automation of intravenous anaesthesia employing a...
At present, the experimentation of anesthetic drugs on patients requires a regulation protocol, and...
In this paper a new simplified control sell( lie for the depth of anesthesia that only requires the ...
Anaesthesia is a reversible pharmacological state of the patient where hypnosis, analgesia and muscl...
The contributions of this thesis are organised in two parts. Part I presents a mathematical model fo...
In this paper we propose a model-based scheme to control the depth of hypnosis in anesthesia that us...
Anaesthesia is important for both surgery and intensive care and intravenous anaesthetics are widely...
Many regulatory loops in drug delivery systems for depth of anesthesia optimization problem consider...
This thesis describes the development of physiological and pharmacological models for the control of...
Anaesthesia is the corner stone of modern surgical medicine. Despite a long period of enquire beginn...
This paper deals with the application of an Internal Model Control strategy to the regulation of the...
This paper investigates the depth of anaesthesia (DoA) control system using robust deadbeat techniqu...
Background and Objective: This paper addresses the use of proportional-integral-derivative controlle...