Kim Chan-Il, Lee Jong-Ha
Technol Health Care. 2018;26(S1):215-228. doi: 10.3233/THC-174569.
In these days, wearable devices have been developed for effectively measuring biological data. However, these devices have tissue allege and noise problem. To solve these problems, biometric measurement based on a non-contact method, such as face image sequencing is developed. This makes it possible to measure biometric data without any operation and side effects. However, it is impossible for a remote center to identify the person whose data are measured by the novel methods. In this paper, we propose the novel non-contact heart rate and blood pressure imaging system, Deep Health Eye. This system has authentication process at the same time as measuring bio signals, through non-contact method. In the future, this system can be convenient home bio signal monitoring system by combined with smart mirror.
如今,可穿戴设备已被开发用于有效测量生物数据。然而,这些设备存在组织损伤和噪声问题。为了解决这些问题,基于非接触方法(如面部图像序列分析)的生物特征测量技术应运而生。这使得无需任何操作且无副作用地测量生物特征数据成为可能。然而,远程中心无法识别通过这些新方法测量数据的人员。在本文中,我们提出了一种新型非接触心率和血压成像系统——深度健康眼。该系统通过非接触方法在测量生物信号的同时进行身份验证过程。未来,通过与智能镜子相结合,该系统可成为便捷的家庭生物信号监测系统。