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Detection of drug-induced QT Syndrome from ECG using machine learning techniques

机译:使用机器学习技术从ECG检测药物诱发的QT综合征

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Induced QT disorder prediction from ECG report using machine learning technique is a new approach. The process is crucial for preventing heartdiseases and removing a broad range of newly invented drugs' after consumption effects. This paper introduces some specific machine learning approaches for classifying drugs that could be harmful enough to cause QT syndrome investigating some ECG reports. The proposed method uses basic features, such as PR, RR, QRS and a range of other properties found in ECG description of the target group. Regression and classification based machine models have been developed to learn the properties of ECG and test the model on an independent dataset. Among the proposed algorithms gradient boosting regression model performed better (RMSE = 0.3) while bragging learning based classifier have shown 89% accuracy indicating the potential of machine learning based approach in identifying the drugs crucial for QT distortion.
机译:使用机器学习技术从ECG报告中诱发QT障碍预测是一种新方法。该过程对于预防心脏病和消除食用后产生的大量新发明药物至关重要。本文介绍了一些特定的机器学习方法,以对可能足以导致QT综合征的药物进行分类的药物进行分类,以研究一些ECG报告。所提出的方法使用了基本特征,例如PR,RR,QRS和在目标组的ECG描述中发现的一系列其他属性。已经开发了基于回归和分类的机器模型,以学习ECG的属性并在独立的数据集上测试该模型。在所提出的算法中,梯度增强回归模型的性能更好(RMSE = 0.3),而吹牛学习的分类器显示出89%的准确性,表明基于机器学习的方法在识别对QT畸变至关重要的药物方面具有潜力。

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