A Knowledge Base Data Mining based on Parkinson's Disease

Md. Redone Hassan, S. Kadir, Md. Aminul Islam, Sheikh Abujar, Raihana Zannat, Ohidujjaman
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引用次数: 2

Abstract

The approaches to detecting Parkinson's disease in the human body from voice data by using Classification techniques apply three different algorithms for finding the growth rate of this disease. Unified Parkinson's disease rating scale deals with motor fluctuations and changes over voice after a certain period and that can measure the people affected by this disease and the difference with healthy people. Hoehn & Yahr scale measures the symptoms which are being working through the improvement of Parkinson's disease in the human body. Classifier algorithms used to detect the factors and symptoms which are involved in the advancement of this disease in the human body using voice data. From the distinctions of all algorithms measures the growth rate and find out which algorithm gives the best result for several approaches to diagnosis Parkinson's disease and chances of had this disease in the human body.
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基于帕金森病的知识库数据挖掘
利用分类技术从语音数据检测人体帕金森病的方法应用了三种不同的算法来发现这种疾病的增长速度。统一的帕金森氏症评定量表处理运动波动和声音在一段时间后的变化,它可以衡量受这种疾病影响的人以及与健康人的区别。Hoehn & Yahr量表测量的是帕金森病在人体改善过程中产生的症状。分类器算法用于检测的因素和症状,这涉及到这种疾病的进展在人体内使用语音数据。从所有算法的区别中测量增长率,并找出哪种算法对几种诊断帕金森病的方法给出最好的结果,以及在人体中患这种疾病的几率。
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