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MODELING OF HUMAN ACCIDENT INTERVENTION AND ACCIDENT RATE PREDICTION USING FUZZY TECHNIQUES

机译:基于模糊技术的人体干预与事故率预测建模。

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Many safety and health books and papers are written from academic standpoints, providing in-depth studies of various aspects of accidents, their causation, cost, and effects on the work. Our paper attempts to use a different approach to the analysis of the accidents. We have designed a model for human accidents by classifying the selected cases based on accidents-rated factors like work type, managerial and physical factors, into a number of groups or clusters. The collected data are split into a training set for model construction and test for model verification. Moreover, we used this model to generate a set of rules to develop a fuzzy engine, which can then predict and forecast the rate of accidents. All this has been done for people worked and gained experience in Kuwait within the Kuwaiti construction market.
机译:许多安全和健康书籍和论文都是从学术角度出发编写的,可对事故的各个方面,其原因,成本以及对工作的影响进行深入研究。我们的论文尝试使用不同的方法来分析事故。我们通过基于事故评级因素(例如工作类型,管理和身体因素)将选定的案例分类为多个组或集群,从而设计了人为事故模型。收集的数据被分为用于模型构建的训练集和用于模型验证的测试。此外,我们使用此模型生成了一组规则来开发模糊引擎,该引擎可以预测和预测事故率。所有这些都是为在科威特建筑市场上在科威特工作的人和获得经验的人所完成的。

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