Dynamically Generated Interfaces in XML Based Architecture

TL;DR

This paper presents a flexible, XML-based system for dynamically generating customizable medical interfaces tailored to individual patient profiles, facilitating remote monitoring and automated data analysis.

Contribution

It introduces a novel approach integrating UIML within an XML architecture for real-time, personalized medical interface generation and data handling in tele-monitoring applications.

Findings

Successful dynamic interface generation using XML abstractions

Integration of automatic data acquisition with expert system alerts

Enhanced customization for patient-specific medical monitoring

Abstract

Providing on-line services on the Internet will require the definition of flexible interfaces that are capable of adapting to the user's characteristics. This is all the more important in the context of medical applications like home monitoring, where no two patients have the same medical profile. Still, the problem is not limited to the capacity of defining generic interfaces, as has been made possible by UIML, but also to define the underlying information structures from which these may be generated. The DIATELIC project deals with the tele-monitoring of patients under peritoneal dialysis. By means of XML abstractions, termed as "medical components", to represent the patient's profile, the application configures the customizable properties of the patient's interface and generates a UIML document dynamically. The interface allows the patient to feed the data manually or use a device which allows "automatic data acquisition". The acquired medical data is transferred to an expert system, which analyses the data and sends alerts to the medical staff. In this paper we show how UIML can be seen as one component within a global XML based architecture.