Improving the Tonometry Digital Arterial Pulse-Wave Analyzer Performance by Using ICT and Development of Its Healthcare Service
| Type of Presentation | Oral ( ) / Poster ( 0 ) / Anything ( ) |
| Scope and Interests | Biomedical information Science and Technology |
| Title of Paper | Improving the Tonometry Digital Arterial Pulse-Wave Analyzer Performance by Using ICT and Development of Its Healthcare Service |
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Corresponding Author(s) |
Name: Hojong Chang Affiliation: KAIST e-mail: hojoungc@kaist.ac.kr Tel: +82-10-4876-3297 |
| Author(s) name / Affiliation / e-mail |
1) Hojong Chang / KAIST / hojoungc@kaist.ac.kr 2) Yongho Kim / CN Frontier Co.,Ltd. / gilbert@cnfrontier.kr 3) Byunghun Han / KAIST / luna988@kaist.ac.kr 4) Kyungdon Choi / CM Data, Ltd. / miakaj@gmail.com 5) Chae-Seok Lee / KAIST / quarry@kaist.ac.kr 6) Heejung Kang / DAEYOMEDI Co., Ltd. / dadaeyo@daeyomedi.com 7) Youngsang Kun / DAEYOMEDI Co., Ltd. / tdykys@daeyomedi.com 8) Hyoungho Nam / CN Frontier Co.,Ltd. / ska90mcp@naver.com |
| Abstract | Increase of cardiovascular disease patients is observed due to the aging population and westernized nutrition. There are many cardiovascular disease monitors developed such as hemodynamic monitoring technology for cardiac skill evaluation. Hemodynamic monitoring performs 3 dimensional Pulse imaging test by using blood pressure, blood vessel aging, pulse, cardiac skill evaluation to analyse the blood vessel status. To provide a good health care monitoring service, important data such as cardiac output, pulse information, vascular response information can be measured simultaneously and continuously by using hemodynamic monitoring. Domestic cause of death by cardiovascular disease, High blood pressure, ischemic heart disease, coronary artery disease, arteriosclerosis, arrhythmia, is the second highest. After the COVID-19 pandemic, the correlation between COVID-19 vaccine side effect and cardiovascular disease correlation is under investigation to prevent the severe side effect for underlying disease patients. Cardiovascular angiography and blood test are considered to be invasive method and electrocardiogram and ultrasounds are considered to be non-invasive method. The aim of this study is to analyze the operating mechanism of DMP-Lifeplus tonometry Digital Arterial Pulse-wave Analyzer, which is the product of Daeyomedi. DMP-Lifeplus is non-invasively measures blood pressure pulse wave by measuring pressure wave. As the demand of non-face-to-face medical and home care service arise, it is necessary to collect and use data during the service. Thus, platform development by using Information and Communication Technologies and cloud computing is studied as well. |
| Keywords | Tonometry, Cardiovascular disease, Healthcare |