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Nodes-weighted-graph approach for rsfMRI data classification: Application to schizophrenia

机译:rsfMRI数据分类的节点加权图方法:在精神分裂症中的应用

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We propose a new method to analyze rsfMRI data to identify people with Schizophrenia. The method can be extended to identify other mental diseases. Although many graph-based methods have been applied to achieve similar goals, most of them only focus on using graph with a single feature. Our method not merely uses existing network properties, but also takes advantage of the content of nodes to improve the classification process. Next, we apply selected features a machine learning technique, namely multi-kernel learning approach to perform the classification. We tested our method on rsfMRI dataset about Schizophrenia and Health Control. The results showed that our method does improve classification performances (classification accuracy of 93.1%. 7.39% outperform existing approach), and helps discovering disease-related brain regions.
机译:我们提出了一种新的方法来分析rsfMRI数据以识别患有精神分裂症的人。该方法可以扩展到识别其他精神疾病。尽管已应用许多基于图形的方法来实现相似的目标,但大多数方法仅集中于使用具有单个功能的图形。我们的方法不仅利用现有的网络属性,而且利用节点的内容来改进分类过程。接下来,我们将选择的特征应用机器学习技术,即多核学习方法来进行分类。我们在有关精神分裂症和健康控制的rsfMRI数据集上测试了我们的方法。结果表明,我们的方法确实提高了分类性能(分类精度为93.1%。7.39%优于现有方法),并有助于发现与疾病相关的大脑区域。

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