首页> 外文会议>International Association of Science and Technology for Development International Conference on Computational Intelligence >USING FUZZY LOGIC FOR PREDICTION OF OCCURRENCE, AGGRAVATION AND PRE-NOSOLOGICAL DIAGNOSTICS OF OSTEOCHONDROSIS OF A BACKBONE'S LUMBAR REGION
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USING FUZZY LOGIC FOR PREDICTION OF OCCURRENCE, AGGRAVATION AND PRE-NOSOLOGICAL DIAGNOSTICS OF OSTEOCHONDROSIS OF A BACKBONE'S LUMBAR REGION

机译:使用模糊逻辑来预测骨干地区骨质骨质骨质骨质骨质骨折的发生,加重和诊断诊断

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Osteochondrosis of lumbar region of a backbone became the most part among neurologic illnesses. Prediction and diagnostics quality improvement is one of effective ways to improvement of quality of health services for this category of patients. It allows making rational schemes of treatment-and-prophylactic actions. On the basis of data of the exploration analysis it has been established, that at the decision of the chosen type of problems investigated classes of conditions have considerable zones of crossings, and the space of informative factors has incomplete and fuzzy character. In these conditions the instruments of fuzzy logic of decision-making has been chosen in a combination to methods of the multidimensional data analysis. On the basis of the realized researches the system of fuzzy solving rules has been synthesized. This system solves problems of prediction of occurrence, an aggravation, early diagnostics of an osteochondrosis. There are two groups of informative factors in these rules. The first group is traditional informative factors. These factors are received by interrogations and surveys. Also together with these factors, energy characteristics of biologically active points are used. Used points have communications with investigated disease. The expert analysis, results of mathematical modelling and statistical tests on representative control samples have shown, that the confidence of accepted decisions makes 0.9. It allows recommending the received results to use in medical practice.
机译:骨架的腰髓区域的骨质骨髓变成了神经系统疾病中最多的部分。预测和诊断质量改进是为这类患者提供卫生服务质量的有效途径之一。它允许制造合理的治疗和预防行动方案。在建立勘探分析的数据的基础上,在所选问题的决定,调查了条件的阶级有相当的交叉区,信息因素的空间具有不完整和模糊的特征。在这些条件下,模糊逻辑的仪器已经选择了多维数据分析方法的组合。在实现的研究的基础上,已经合成了模糊解决规则的系统。该系统解决了发生的预测,加重,早期诊断骨质化的问题。这些规则中有两组信息因素。第一组是传统的信息因素。这些因素由审讯和调查收到。同样与这些因素一起,使用生物活性点的能量特征。二手点具有与调查疾病的通信。专家分析,数学建模结果和代表性控制样品的统计测试表明,所接受的决策的置信度使得0.9。它允许推荐接收的结果在医疗实践中使用。

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