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Research on the Multi-Attribute Engineering Risk Factors Identification and Evaluation Index System Quantification

机译:多属性工程风险因素识别与评价指标体系量化研究

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The establishment of criteria for selection, classification, and evaluation of engineering risk identification factors is the foundation of and the key to risk assessment. Approaches and methods for qualification of risk classification and of evaluation criteria are put forth in line with quantification theory (Hayashi IS) on the basis of research into such qualitative analysis techniques as expert survey, questionnaire survey, literature review. The multi-attributes of engineering risk are explored from both prospective of genetic factors and influencing factors. Moreover, a method of multivariate scaling is proposed to solve the problem of valuation of reaction scale for factors of complex international projects. Furthermore, a quantified model is established of engineering risk identification factors and evaluation criteria, and computer applications are applied to solve and analyze the model, with the aim to satisfy needs of different management departments for identifying and evaluating risks.
机译:建立选择,分类和评估工程风险识别因素的标准是风险评估的基础和关键。在对专家调查,问卷调查,文献综述等定性分析技术进行研究的基础上,结合量化理论(Hayashi IS)提出了风险分类和评价标准的定性方法。从遗传因素的前瞻性和影响因素两方面探讨了工程风险的多属性。此外,提出了一种多元标度的方法来解决国际项目复杂性因素对反应标度的估价问题。此外,建立了工程风险识别因子和评估标准的量化模型,并通过计算机应用对该模型进行了解析和分析,以满足不同管理部门识别和评估风险的需求。

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