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Applying Datamining Techniques to Predict Hearing Aid Type for Audiology Patients

机译:应用数据挖掘技术预测听力学患者的助听器类型

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Our research is primarily based on dealing with different types of data using Data Mining (DM) techniques. In this research, we devoted ourselves to determining the type of Hearing Aid (HA) needed by patients with hearing impairment.HA type Diagnosis is a medical application that is a major challenge for researchers. Using DM techniques and Machine Learning (ML) has created a major challenge in the process of predicting the appropriate HA type for Audiology Patients (APs). Thus, this problem is primarily in the domain of classification problems. Our study makes a summary of some technical articles on determining the specific type of HA and introduces a study of using DM techniques to improve the accuracy predict for this purpose.Furthermore, our research includes the creation of a new Audiology Dataset based on the addition of some important fields on the old audiology database and analyses a new data of APs. These data have been obtained from the field work for nearly eight consecutive years, then extract a new classification based on this analysis.Relied on our search to reach the highest degree of accuracy in predicting the type of appropriate HA for APs who use it to enhance their hearing, we applied, compared, and analyzed the Neural Network (NN) and Support Vector Machine (SVM), applying Anaconda Navigator version 1.7.0, Orange Canvas version 3.13.0, and Spyder version 3.2.6 applications for Python coding.
机译:我们的研究主要基于使用数据挖掘(DM)技术处理不同类型的数据。在这项研究中,我们致力于确定听力障碍患者所需的助听器(HA)的类型.HA型诊断是研究人员的主要挑战。使用DM技术和机器学习(ML)在预测听力学患者(APS)的适当HA类型的过程中创造了重大挑战。因此,这个问题主要是在分类问题的领域。我们的研究概述了一些关于确定具体类型的HA的技术文章,并介绍了使用DM技术提高本用途的准确性预测的研究。我们的研究包括基于添加的新听音学数据集旧听音验数据库的一些重要领域,并分析了AP的新数据。这些数据已经从现场工作中获得了近八年,然后根据该分析提取新分类。我们的搜索范围内达到最高程度的准确性,以预测使用它以增强的AP的适当公顷的类型他们的听证会,我们应用,比较和分析了神经网络(NN)和支持向量机(SVM),应用Anaconda Navigator 1.7.0版,Orange Canvas版本3.13.0和Spyder版本3.2.6的Python编码应用程序。

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