@article{M1C10206C,
title = "Development of a Real-Time Control & Management System with
In-Vitro Diagnostic Medical Device for Dengue Fever",
journal = "KIPS Transactions on Computer and Communication Systems",
year = "2023",
issn = "2287-5891",
doi = "https://doi.org/10.3745/KTCCS.2023.12.2.77",
author = "Changsun Ahn/Yongho Park/Jungdae Moon/Jongchan Park/Youngkon Seo/
Allen Sohn/Yoonjong Choi/Yanghwa Ha/Bongsu Jung/Youngjoo Kim",
keywords = "Control System, Dengue Fever, In-Vitro Diagnostic, Biomarker, Dengue Virus",
abstract = "Dengue virus transmission is a viral infection disease between humans and Aedes mosquitoes. Dengue is ubiquitous throughout the
tropics and subtropical zones, where 1/3 of the global population live. The weather in Korea is also changing to subtropical weather,
resulting in increased vulnerable Korean population to dengue virus transmission. It is important to control and prevent the dengue risk
with track-recording & monitoring system. It is also required to have the control system to treat and monitor dengue patients with various
cases such as regions, ages, genders according to the track-record of the disease. In this paper, we developed a Dengue Control & Prevention
System, which can monitor and control dengue outbreaks in real-time with in-vitro diagnostic devices. Dengue Control & Prevention
System is composed of in-vitro diagnostic device, which is a fluorescent immunoassay, and real-time monitoring system. In the future,
we expect that our Dengue Control & Prevention System can be upgraded to have various disease information from Korea Disease Control
and Prevention Agency for government policies and diseases control in Korea."
}