A Study on Smart Healthcare Monitoring Using IoT Based on Blockchain
SoonHyeong Jeong, Jun-Hong Shen, Byeongtae Ahn
Abstract
Background / Motivation . Recently, a lot of interest in health is increasing due to the technology of the 4th industrial revolution. In particular, personal medical information through intelligent self‐diagnosis is emerging as very important. However, such personal medical information causes many problems in security and reliability. Problem / Issues . Personal medical information accidents may occur on the server, but most of all, they occur more often in information sharing and data transmission. Therefore, in this paper, blockchain technology is applied to improve the reliability of such personal information management. Research Objective / Methodology . For intelligent healthcare incorporating blockchain technology, this study utilized the blockchain‐based Internet of Things. In addition, information was accumulated using a number of measurement sensors to analyze individual ECG information. The measured biosignals were monitored for personalized diagnosis by analyzing the fused threshold. Result . In this paper, we implemented a monitoring system using measurement sensors to analyze individual biometric information. The implemented system information has improved reliability and security by incorporating blockchain technology.