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Vital Signs Monitoring and Patient Tracking Over a work
Tia Gao, Dan Greenspan, Matt Welsh, Radford R. Juang, and Alex Alm
Abstract— Patients at a disaster scene can greatly benefit from technologies that continuously monitor their vital status and track their locations until they are admitted to the have designed and developed a real-time patientmonitoring system that integrates vital signs sensors, location sensors, ad-working, electronic patient records, and web portal technology to allow remote monitoring of patient system shall munication between providers at the disaster scene, medical professionals at local hospitals,and specialists available for consultation from distant facilities.
Keywords – emergency, vital signs, sensors, mote, triage
I. INTRODUCTION
Steady advances in working, medical sensors,and interoperability software create exciting possibilities for improving the way we provide emergency care. The Advanced Health and Disaster work (AID-N), being developed at The Johns Hopkins University Applied Physics Laboratory, explores and showcases how these advances in technology can be employed to assist victims and responders in times of emergency. The scope of this paper covers a subset of the technologies in AID-N.
We have developed a system that facilitates collaborative and time-critical patient care in the emergency munity. During a mass casualty disaster, one of the most urgent problems at the scene is the overwhelming number of patients that must be monitored and tracked by each first responder. The ability to automate these tasks could greatly relieve the workload for each responder,increase the quality and quantity of patient care, and more efficiently deliver patients to the hospital. Our system plishes this through the following technologies:
• Wearable sensors to sense and record vital signs into an electronic patient record database. This dramatically improves the current time-consuming process of manually record