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Genetic-Neuro-Fuzzy Inferential Model for Tuberculosis Detection

机译:结核病检测遗传 - 神经模糊推理模型

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摘要

Tuberculosis is one of the dangerous infectious diseases that can be characterized by the growth of tubercles in the tissues. This disease mainly affects the lungs and also the other parts of our body. The orthodox diagnosis methods available for Tuberculosis diagnosis were been faced with a number of challenges which can, if measure not taken, increase the spread rate; hence, there is a need for aid in diagnosis of the disease. This study proposes a technique for intelligent diagnosis of TB using Genetic-Neuro-Fuzzy Inferential method to provide a decision support platform that can assist medical practitioner in administering accurate, timely, and cost effective diagnosis of Tuberculosis. The medical record of 100 TB patients aged 15 to 75 were used to evaluate the performance of the multi-technique decision support system. 70% of the dataset was used training data, 15% was used for validation while the remaining 15% was used to observe the performance of the proposed system.
机译:结核病是危险的传染病之一,可以特征在于组织中结核的生长。 这种疾病主要影响肺部,也是我们身体的其他部分。 可用于结核病诊断的正统诊断方法面临着许多挑战,如果未采取措施,可以增加差价; 因此,需要有助于诊断疾病。 本研究提出了一种利用遗传 - 神经模糊推理方法来提供TB智能诊断技术,以提供一种决策支持平台,可以帮助医疗从业者施用准确,及时,高效诊断结核病。 15至75岁患者的患者的病历用于评估多技术决策支持系统的性能。 70%的数据集使用培训数据,15%用于验证,而剩下的15%用于遵守所提出的系统的表现。

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