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A Study on a Bio-signal Biometric Algorithm on the Ubiquitous Environments

机译:普适环境下生物信号生物识别算法研究

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This paper is about the personal identification algorithm for adapting ubiquitous environment using electrocardiogram (ECG) that has been studied by a few researchers recently. The main characteristic of proposed algorithm uses together features analysis and morphological analysis method. The Principle Component Analysis (PCA) algorithm was applied for morphological analysis method and the features analysis method adapting to Support Vector Machine (SVM) classifier algorithm. We choose 18 ECG files from MIT-BIH Normal Sinus Rhythm Database for estimating algorithm performance. The algorithm extracts 100 heartbeats from each ECG file, and use 40 heartbeats for training and 60 heartbeats for testing. The proposed algorithm shows clearly superior performance in all ECG data, amounting to 93.89% heartbeat recognition rate and 100% ECG recognition rate.
机译:这篇论文是关于使用心电图(ECG)来适应普遍环境的个人识别算法,最近已有一些研究者对其进行了研究。所提出算法的主要特点是结合了特征分析和形态分析方法。运用主成分分析(PCA)算法进行形态学分析,采用特征分析方法,适用于支持向量机(SVM)分类器算法。我们从MIT-BIH正常窦性心律数据库中选择18个ECG文件来估计算法性能。该算法从每个ECG文件中提取100个心跳,并使用40个心跳进行训练,并使用60个心跳进行测试。提出的算法在所有心电数据中均显示出明显的优越性能,心跳识别率达93.89%,心电识别率达100%。

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