Title :
Wireless communication and RFID based handheld database and medical diagnostic system
Author_Institution :
Electr. Eng. Dept., Suez Canal Univ., Ismailia, Egypt
Abstract :
In the recent decades, Egypt has witnessed an increase need for portable handheld medical diagnostic systems that connected remotely or wirelessly to the central healthcare database systems. The main benefits of these systems are the further onsite disease investigations that were consolidated with the patient medical record history. In this paper, a low-cost, light-weight, handheld, and wirelessly/wirely-connected medical diagnostic system is proposed. The main features of the on-hand system are: (1) Fast retrieval of the patient basic information and medical history using a RFID card that is uniquely assigned to and held by each patient. (2) The system is wirelessly connected via a network module to the hospital information system (HIS) for patient data query and updating. (3) It has a wired connection via USB to any computer to retrieve and review the patient data either form the device memory card or from the central database. (4) The system is packed with a high capacity memory card for new data storage in case of lack of wireless or wired network connectivity. (5) The station is equipped with diagnostic ECG acquisition, temperature monitoring, and NIBP measurement modules for the onsite patient assessment. (6) Smart interactive graphical touch-screen for easy manipulation and accessing the system whole functions. (7) Long lifetime rechargeable battery that can operate the entire system for at least 6 hours. The new system has the potential for allowing such technology to be available at low cost thus providing cost-effective healthcare.
Keywords :
Internet; biomedical telemetry; blood pressure measurement; data acquisition; diseases; electrocardiography; electronic health records; health care; hospitals; information storage; memory cards; patient monitoring; portable instruments; query processing; radiofrequency identification; telemedicine; temperature measurement; touch sensitive screens; HIS; NIBP measurement module; RFID based handheld database; RFID card assignment; USB-computer connection; central database; central healthcare database system; cost-effective healthcare; data storage; device memory card; diagnostic ECG acquisition; easy system manipulation; fast patient basic information retrieval; fast patient medical history retrieval; high capacity memory card; hospital information system; light-weight medical diagnostic system; long lifetime rechargeable battery; low-cost medical diagnostic system; network module; on-hand system features; onsite disease investigation consolidation; onsite patient assessment; patient data query; patient data review; patient data updating; patient medical record history; portable handheld medical diagnostic system; remote connection; smart interactive graphical touch-screen; system whole function accessment; temperature monitoring; wired connection; wired network connectivity; wireless communication; wireless connection; wireless network connectivity; wirelessly-connected medical diagnostic system; wirely-connected medical diagnostic system; Medical diagnostic imaging; Medical services; Wireless communication; Database; Diagnosis; ECG; Hospital Information System (HIS); Monitoring; NIBP; Patient; RFID; Temperature; Wireless Network Connection;
Conference_Titel :
Biomedical Engineering Conference (CIBEC), 2014 Cairo International
Conference_Location :
Giza
Print_ISBN :
978-1-4799-4413-2
DOI :
10.1109/CIBEC.2014.7020922