Lee Junyoung
Department of Computer and Electronic Engineering, Myongji College, 356-1 Hongeun3-Dong, Seodaemun-Gu, Seoul 120-776, South Korea.
J Med Syst. 2008 Feb;32(1):9-15. doi: 10.1007/s10916-007-9101-0.
With the view to set up the oriental pulse database as well as objective diagnosis standards, this study has designed and manufactured a digital pulse diagnosis system that uses a high-performance microprocessor on the basis of systematic pulse diagnosis methodology. The algorithm for extracting significant points has been proposed to precisely interpret the pulse signals that have various kinds of noises, and pulse measurement tests were conducted on many patients at a hospital. Much of the clinical data attained by the digital pulse diagnosis system has been compared with the clinical findings made by the doctors in charge of patients. As a result of this comparison and analysis, the study has found out that the two findings showed almost identical opinions. On this basis, an objective diagnostic parameter clinical diagnosis has been presented.
为了建立东方脉象数据库以及客观诊断标准,本研究基于系统的脉象诊断方法,设计并制造了一种使用高性能微处理器的数字脉象诊断系统。提出了提取特征点的算法,以精确解读含有各种噪声的脉象信号,并在一家医院对许多患者进行了脉象测量测试。将数字脉象诊断系统获得的大量临床数据与负责患者的医生的临床诊断结果进行了比较。经过这种比较和分析,研究发现两者的诊断结果几乎一致。在此基础上,提出了客观诊断参数临床诊断法。