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M2DM (multi access services for telematic management of diabetes mellitus, http://www.labmedinfo.org/research/m2dm/m2dm.htm) is an EU-funded telemedicine project that aims at increasing the quality of diabetes care by improving communication between patients and caregivers. As part of this project, we have undertaken the initial work of describing the necessary requirements (framework) of an advanced...
This paper describes the REALITY telecare system, designed to enable a range of commonly occurring chronic diseases to be managed in the home setting. This uses hand-held computers linked to the internet for collecting and transmitting clinical and quality of life data and providing remote clinical advice. Key to the success of such telecare is a proper scheme of evaluation. An overall framework for...
ANABEL (ANalysis of Acid-Base status by Evaluating Lisp) is a prototype decision-support system aiming to help clinicians in an intensive therapy unit with the interpretation of patients' blood-gas measurements. It is based on an architecture which combines representations for declarative as well as procedural medical knowledge. The system mimics human cognitive processes by synthetic reasoning whereby...
An intelligent knowledge-based system is being developed to assist clinicians with the interpretation of the results of blood-gas analysis in an intensive care unit. The system links directly to an automated blood-gas analyzer for data transfer, thus reducing the time-consuming interaction between computer and clinician. Knowledge held in frames is manipulated by a blackboard system to produce rapid...
A computer-based system is being developed which, when integrated with existing clinical instrumentation, results in an intelligent workstation that can assist the nurse and clinician with management of the critically ill patient. The clinical focus is fluid-electrolyte, acid-base, and respiratory management. The design of the workstation incorporates prototypic components of intelligent instrumentation...
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