Transactions of Real-Time Medical Services Using Smart Card to Support the Role of Smart Campus

To improve health service, we can do by using new technology. One example of technology development in health is telemedicine. In this case, the patient data management integrated with electronic checks payments with one card. For that, in this final project is made using smart card system integrate...

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Bibliographic Details
Published in:IOP conference series. Materials Science and Engineering 2019-10, Vol.619 (1), p.12001
Main Authors: Dewiani, Palantei, Elyas, Azwar, Misa Amira, Artini, Sitti Wahyuni
Format: Article
Language:English
Subjects:
Cellular communication
Consortia
Downlinking
e-Payment
Health services
Medical Record
Network operating systems
New technology
Programming languages
Smart card
Smart cards
Web sites
Website
Websites
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Summary:To improve health service, we can do by using new technology. One example of technology development in health is telemedicine. In this case, the patient data management integrated with electronic checks payments with one card. For that, in this final project is made using smart card system integrated with Unhas Clinic Website. Smart cards that are used by researchers are based on the Consortium Smart Card Indonesia iRFC v 1.0, while the PHP programming language is used to design the website. The creation of MySQL databases and Apache web server responsible for the request-response HTTP are combined in an application called XAMPP. This forms a system that uses a smart card which can save patients' medical records and perform electronic payment transactions (e-payment). There are 10 people who have been registered as patients on the Website System of Unhas Clinic where 2 of them are insurance patients and have successfully completed the examination. In addition, the examination process at the Website of Unhas Clinic can be done on short distance (0 Km) and long distance (20,3 Km) by using Wireless Fidelity (Wi-fi) network operating system (uplink: 2,94 Mbps; downlink: 20.37 Mbps) and cellular networks such as Provider 1 and Provider 2 (average uplink: 7.1 Mbps; downlink: 5.15 Mbps) with fast connectivity.
ISSN:1757-8981
1757-899X
DOI:10.1088/1757-899X/619/1/012001