Design and Implementation of Non-Invasive Malaria Detection System

M. Osman, H. Salih, O. Salih, Nazar Abdalaah, Mohamed O. Khider
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引用次数: 2

Abstract

this research focuses on determining the presence of malaria and proves the relationship between the subsystems Red and dispersion angle, absorption, and the presence of hemozoin. All readings were taken from Ibrahim Malik Hospital tested by prototype, with total readings 40. The total of non-malaria was six. The readings are divided into two parts: negative readings were thirty four and positive readings are 6 Readings. The scattering angle depends on the absorption of the malaria parasite. The detection accuracy of our system is determined to be 95%, these are Male results but unfortunately all reading for females is zero.
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无创疟疾检测系统的设计与实现
本研究的重点是确定疟疾的存在,并证明子系统红与色散角、吸收率和血色素存在之间的关系。所有读数均取自易卜拉欣马利克医院,经原型测试,总读数为40。非疟疾病例总数为6例。读数分为两部分:负面读数为34个,正面读数为6个。散射角取决于疟原虫的吸收。我们的系统的检测准确率被确定为95%,这些是男性的结果,但不幸的是,所有女性的读数都是零。
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