Physio-grid system for advanced identification of heart disease

Chan-Hyun Youn, Changhee Han, Y. Han, Soon-Sung Kwon, Eunbo Shim
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Abstract

Currently, several ways for detecting heart disease are employed and ECG (Electrocardiogram) signal study is one of the typical solutions. The other method such as MCG (Magnetocardiogram) has been researched for heart disease detection. However, ECG and MCG have their own feeble points and also limitations in system performance according to the increase of data in quantity. Thus, in order for improvement of ECG and MCG diagnosis methods, we propose an integrated-diagnosis system applying grid technologies which is termed as a Physio-Grid system. We conduct the experimental and evaluate proposed system to show improvements in diagnosis and system performance. The results indicate that the proposed physio-Grid system provides the reasonable medical services and also it guarantees high system performance in data management and high capability in diagnosis.
用于心脏病高级识别的物理网格系统
目前,检测心脏病的方法有很多种,心电图信号研究是其中一种典型的方法。另一种方法如MCG(心脏磁图)已被研究用于心脏病的检测。然而,随着数据量的增加,心电和心电都有其自身的弱点和系统性能的局限性。因此,为了改进心电和MCG的诊断方法,我们提出了一种应用网格技术的综合诊断系统,称为物理网格系统。我们进行了实验和评估提出的系统,以显示在诊断和系统性能方面的改进。结果表明,所提出的物理网格系统提供了合理的医疗服务,保证了系统在数据管理和诊断方面的高性能。
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