: In critical domains, the acceptance of a given intelligent monitoring system owes much to the validation process. Formal methods for validating those systems are frequently required. However there is not a generally accepted methodology to perform the task. In this paper the authors present the methodology and results obtained from the validation process of PATRICIA, an intelligent monitoring system designed to advise clinicians in handling ICU patients long-term dependent on mechanical ventilation. The method is based on a previous retrospective analysis over different sets of patient data. Once the retrospective analysis is performed, quantitative techniques of validation are applied to investigate the performance of the system. INTROD...
Contains fulltext : 66828.pdf (publisher's version ) (Open Access)In computer scie...
As critical care is critical, the demands for patient monitoring are high. The methods need to funct...
Purpose Ineffective respiratory efforts during expiration (IEE) are a problem during mechanical ve...
: In this work the authors present a formal approach to carrying out an analysis of the performance ...
Objective: Predictive models for critical events in the intensive care unit (ICU) might help provide...
This thesis illustrates the technology required to provide a new generation of clinical instrumentat...
Clinical information systems (CIS) produce a complete medical documentation at the bedside. Particul...
Systems for monitoring and therapy planning, which receive their data from computer-based patient re...
This thesis presents the development and evaluation of a real-time monitoring and warning expert sys...
Nowadays it is fundamental in critical areas as is Intensive Medicine to have intelligent systems th...
Mechanical Ventilation is an artificial way to help a Patient to breathe. This procedure is used to ...
International audienceThis paper presents an alarm validation system dedicated to patient monitoring...
The development of intelligent alarm systems for intensive care benefits from the transformation of ...
Using the information regarding critical events to support decision making in Intensive Care Units w...
AbstractUsing the information regarding critical events to support decision making in Intensive Care...
Contains fulltext : 66828.pdf (publisher's version ) (Open Access)In computer scie...
As critical care is critical, the demands for patient monitoring are high. The methods need to funct...
Purpose Ineffective respiratory efforts during expiration (IEE) are a problem during mechanical ve...
: In this work the authors present a formal approach to carrying out an analysis of the performance ...
Objective: Predictive models for critical events in the intensive care unit (ICU) might help provide...
This thesis illustrates the technology required to provide a new generation of clinical instrumentat...
Clinical information systems (CIS) produce a complete medical documentation at the bedside. Particul...
Systems for monitoring and therapy planning, which receive their data from computer-based patient re...
This thesis presents the development and evaluation of a real-time monitoring and warning expert sys...
Nowadays it is fundamental in critical areas as is Intensive Medicine to have intelligent systems th...
Mechanical Ventilation is an artificial way to help a Patient to breathe. This procedure is used to ...
International audienceThis paper presents an alarm validation system dedicated to patient monitoring...
The development of intelligent alarm systems for intensive care benefits from the transformation of ...
Using the information regarding critical events to support decision making in Intensive Care Units w...
AbstractUsing the information regarding critical events to support decision making in Intensive Care...
Contains fulltext : 66828.pdf (publisher's version ) (Open Access)In computer scie...
As critical care is critical, the demands for patient monitoring are high. The methods need to funct...
Purpose Ineffective respiratory efforts during expiration (IEE) are a problem during mechanical ve...