Building a smart hospital using RFID technologies

Patrik Fuhrer, Dominique Guinard

2006 · 126 citations · 5 references

Concepts

TL;DR

RFID technology is rapidly evolving and is expected to become a major growth area in healthcare, where it can optimize business processes and enhance patient safety, though challenges and questions remain for full eHealth integration. The paper aims to demonstrate how RFID can be employed to construct a smart hospital and to illustrate the use of the RFIDLocator asset‑tracking application to improve hospital service quality. The authors developed the RFIDLocator, a scalable and reliable distributed software system, and provide an architectural overview and configuration guide for hospital deployment. The study shows that the RFIDLocator meets high scalability and reliability requirements, while highlighting critical challenges and barriers that must be addressed for full RFID integration in eHealth.

Abstract

Technologies of identiflcation by radio frequencies (RFID) experience a fast development and healthcare is predicted to be one of its major growth areas. After brie∞y introducing the common terminology of the RFID fleld and its current standards, this paper describes how this emerging technology can be used to build a smart hospital. Indeed, used in combination with mobile devices in eHealth applications, RFID helps optimizing business processes in healthcare and improve patient safety. The second part of this article shows how to use an assets tracking application, called the RFIDLo- cator, to improve the quality of the hospital services. We developed the RFIDLocator to support the high requirements for scalability and reliability one can expect for such an application. An overview of its distributed software architecture is given. A short cookbook presents the required steps for its conflguration to the concrete case of the hospital. Some critical remarks about RFID technology, the important questions it raises and the barriers it has to overcome to be fully integrated in eHealth applications conclude this paper.

References

5