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Parkinson's disease detection using ensemble techniques and genetic algorithm

机译:帕金森的疾病检测使用集合技术和遗传算法

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Parkinson's disease (PD) is a neurological disorder which progress by time. People suffering from PD experience shortage of Dopamine which is a chemical present in brain nerve cells. The symptoms of PD are tremor, rigidity, and slowness of movements and people with PD experience more severity by time progress. Therefore, the automation in early detection of PD is an important issue. In the literature, different classification methods have been proposed. Also, due to the high dimension of extracted features of voice, many feature selection algorithms have been developed. In this paper, we aim to propose a method for early detection of PD from voice recordings. The Genetic algorithm is used to select the optimal set of features which can reduce feature vector dimension from 22 to 6 features. We have achieved 96.55% and 98.28% detection rate by employing AdaBoost and Bagging algorithms for classification process, respectively.
机译:帕金森病(PD)是一种随时间进展的神经系统疾病。患有PD体验短缺的人们缺乏多巴胺,这是脑神经细胞中存在的化学品。 PD的症状是震颤,刚性,以及慢的运动和PD通过时间进展体验更严重的人。因此,PD早期检测的自动化是一个重要问题。在文献中,已经提出了不同的分类方法。此外,由于语音提取特征的高度,已经开发了许多特征选择算法。在本文中,我们的目标是提出一种从语音录制早期检测PD的方法。遗传算法用于选择最佳的特征集,可以从22到6个功能中减少特征向量维度。通过采用AdaBoost和Bagging算法分别进行了96.55 %和98.28 %的检测率。

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