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We consider an integrated patient monitoring system, combining electronic patient records with high-rate acquisition of patient physiological data. There remain many challenges in increasing the robustness of "e-health" applications to a level at which they are clinically useful, particularly in the use of automated algorithms used to detect and cope with artifact in data contained within the electronic patient record, and in analyzing and communicating the resultant data for reporting to clinicians. There is a consequential "plague of pilots," in which engineering prototype systems do not enter into clinical use. This paper describes an approach in which, for the first time, the Emergency Department (ED) of a major research hospital has adopted such systems for use during a large clinical trial. We describe the disadvantages of existing evaluation metrics when applied to such large trials, and propose a solution suitable for large-scale validation. We demonstrate that machine learning technologies embedded within healthcare information systems can provide clinical benefit, with the potential to improve patient outcomes in the busy environment of a major ED and other high-dependence areas of patient care.

Original publication




Journal article


IEEE journal of biomedical and health informatics

Publication Date





835 - 842


Humans, Monitoring, Physiologic, Algorithms, Systems Integration, Artificial Intelligence, Signal Processing, Computer-Assisted, Medical Informatics Computing, Adolescent, Adult, Aged, Aged, 80 and over, Middle Aged, Emergency Service, Hospital, Female, Male, Young Adult, Electronic Health Records