The Design and Implementation of a Portable EIT Telemedicine System
Intelligent System Design and Engineering Application(2012)
Abstract
This paper proposes a portable electrical impedance tomography telemedicine system which supports field diagnosis and electronic medical record building. The system includes portable client endpoint, cloud-based database and central server. In order to monitor and record user's long-term state of health, it establishes personal on-line medical record database by cloud storage technique. The communication part of the system combined with 3G communication and voice broadcasting realize the field diagnosis for remote users, which send the collection of the physiological parameters back to the central server in hospital and tell users the diagnosis result quickly. Evaluation results reveal that the time consumption of a diagnosis is less than 90 seconds, and two lithium batteries can endure more than 80 times of diagnosis. Lastly, a circular salt water groove test is reported to show the performance of the electrical impedance tomography. With the advantages on portability and flexibility, the system is suitable for telemedicine application.
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Key words
medical information systems,cloud storage,record user,portable eit telemedicine system,lithium batteries,telemedicine,cloud-based database,electronic medical record building,circular salt water groove test,communication part,remote users,voice broadcasting,personal on-line medical record,telemedicine system,field diagnosis,3g mobile communication,central server,3g network,eit,electrical impedance tomography,3g communication,medical computing,cloud storage technique,cloud computing,diagnosis result,physiological parameters,portable client endpoint,electric impedance imaging,online medical record database,portable electrical impedance tomography telemedicine system,diagnostic imaging,impedance,image reconstruction,tomography,electrodes,medical records
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