DocumentCode
3046446
Title
Live demonstration: A mobile ECG healthcare platform
Author
Chun-Chieh Chan ; Ching-Wei Chen ; Wei-Chieh Chou ; Yi-Lwun Ho ; Yen-Hung Lin ; Hsi-Pin Ma
Author_Institution
Dept. of Electr. Eng., Nat. Tsing Hua Univ., Hsinchu, Taiwan
fYear
2012
fDate
28-30 Nov. 2012
Firstpage
87
Lastpage
87
Abstract
A mobile ECG healthcare platform is developed. The wireless prototype, which consists of the single lead electrode, is developed with commercial discrete components and can demo a patient centric medical environment. The platform uses an Android phone as a gateway to transmit the recorded ECG data back to the cloud server: Bluetooth for ECG sensor to the Android phone, while 3G/WiFi for the Android phone to the cloud server. With wireless technology on the platform, patient can go outside for common life, instead of being tied at home or hospital. Another advantage to use an Android phone as a hub is its computing power. We can put several light-weighted monitoring functions in the phone to provide important services such as emergency alarm and location information. After the mobile hub, we transmit the data onto our cloud server. The server in the cloud can analyze recorded ECG signal in more details with accurate algorithms and advanced analysis. Therefore, cloud server plays an important role in the platform that let the whole system has diagnostic grade. The demonstration can show how the whole platform works. On one hand, an Android phone/ tablet will be used to monitor the ECG waveform in real time. In addition, the application on the Android device can provide some valuable services we mentioned above. On the other hand, a Windows laptop will be use to show the analyzed results of the cloud server. Further more, we also plan to demo the cloud server by using browsers (IE, Firefox, Chrome, Safari and Opera). This can reveal that, our platform can apply to every operation system (Windows, Linux, Mac OS, iOS and Android). Incidentally, the sensor and the application program are very low power. Hence users can monitor their ECG continuously for 24 hours by a wearable sensor (half of the credit card size) and their general Android phones.
Keywords
3G mobile communication; Bluetooth; Linux; biomedical communication; biomedical electrodes; cloud computing; electrocardiography; health care; laptop computers; medical information systems; medical signal processing; mobile computing; wearable computers; wireless LAN; 3G-WiFi; Android device; Android phone-tablet; Bluetooth; ECG data recording; ECG sensor; ECG signal recording; ECG waveform; cloud server; commercial discrete components; computing power; diagnostic grade; emergency alarm; light-weighted monitoring functions; mobile ECG healthcare platform; mobile hub; operation system; patient centric medical environment; single lead electrode; time 24 hour; wearable sensor; windows laptop; wireless prototype; wireless technology; Electrocardiography; Medical diagnostic imaging; Mobile communication; Monitoring; Portable computers; Servers; Smart phones;
fLanguage
English
Publisher
ieee
Conference_Titel
Biomedical Circuits and Systems Conference (BioCAS), 2012 IEEE
Conference_Location
Hsinchu
Print_ISBN
978-1-4673-2291-1
Electronic_ISBN
978-1-4673-2292-8
Type
conf
DOI
10.1109/BioCAS.2012.6418497
Filename
6418497
Link To Document