本文对专家群决策，综合评判，权重分析，模糊灰色物元空间再风险投资中的应用进行了分析与评估。
In this paper, we use the experts - decision, general judgment, weight analysis system, Fuzzy -grey - Element to analyze the venture capital and discuss the statement of the result.
风险评价是风险管理的重要阶段，针对农产品加工企业特点，提出了一种基于模糊层次分析法的农产品加工企业风险评价方法。
Risk evaluation is one of the most stages of risk management. This paper put forward a new method for agricultural products making enterprise on the base of fuzzy-AHP.
利用模糊综合评价法对企业资信等级进行定量分析，并提出了商业信贷风险跟踪预警监测的方法。
Using fuzzy comprehensive evaluation to analyse the grade of enterprise credit in fixed quantity, and raising the tracing forewarning control testing method of commercial credit risks.
在IT系统集成项目风险分析中，由于诸多因素具有很强的模糊性，很难通过有效的数据累计项目风险，实现风险决策的量化分析。
Since many factors in the risk analysis of it system integration are very obscurity, it is difficult to accumulate project risk by efficient data and realize Quantification analysis of risk decision.
运用索赔风险的模糊综合与辨识模型分析索赔风险，可以迅速而准确地解决这一难题。
The analysis of claims risk by the fuzzy comprehensive and identity model can get this difficult problem solved quickly and accurately.
本文通过对大型水电站建设进行全面分析，建立水电站建设工期风险评价模型，运用改进的模糊综合评价方法对其进行风险评价。
This thesis analysis the whole construction of the large hydropower station, and establish risk assessment models, and then use the improved fuzzy synthetic discrimination to determine the weight.
分析了堤防系统的层次性及模糊性，在此基础上建立了堤防工程风险评价系统指标体系和评价结构模型。
Dike construction risk evaluation system and risk evaluation definition model are settled down with the analysis of dike construction hierarchy as well as fuzzy character.
水库防洪；分类预报调度方式；风险分析；洪水预报； 洪水分类；相应涨差模型；三角模糊数；天气系统；
Reservoir Flood Control; Classified Forecast Dispatching Mode; Risk Analysis; Flood Forecast; Flood Classification; Corresponding Rising Difference Model; Triangle Fuzzy Number; Weather Systems;
将模糊综合评价方法应用于工程质量风险管理，结合层次分析法评价了混凝土施工质量风险水平。
Fuzzy math and the theory of AHP are combined to set a fuzzy overall analysis model for the concrete construction quality risk analysis.
本文运用模糊理论来进行水利水电工程的环境风险分析。
The Environmental Risk of Water Conservancy and Hydropower Project is analyzed in this paper using fuzzy theory.
将模糊数学与层次分析方法相结合，建立了模糊层次分析模型并应用于工程项目质量风险分析。
Fuzzy math and the theory of AHP are combined to set a fuzzy overall analysis model, which is used in the engineering project quality risk analyses.
接着在对比分析各类风险评价方法的基础上，构建了基于模糊综合评价的风险决策模型；
Secondly, after comparatively analyzing various risk evaluation methods, a risk decision-making model of project development based on Fuzzy Assessment was built.
目前，国内所运用的风险评价方法主要有专家打分法、模糊综合评判法和层次分析法。
Now, the main estimate methods of risk in our country include the Experts Mark, Fuzzy Integrated Estimation and Analytical Hierarchy Process (AHP).
考虑到工程项目建设的模糊性和随机性，本文提出一种用于工程项目风险评估的模糊概率分析方法。
Taking into account vagueness and randomness of project, fuzzy and probabilistic method for project risk evaluation is presented in this paper.
后者是通过模糊数学方法建立本企业的人力资源风险数学模型，借以分析人力资源风险带来的不良后果。
The latter establishes human resource risk mathematics model which relying on the misty mathematics method, to analyze the bad results human resource risk may cause.
根据风险分析理论，结合模糊综合评定数学模型，提出了一种对大风浪中航行船舶的危险度进行定量估算的模型。
Based on the theories of risk assessment and fuzzy comprehensive assessment, a new model of quantitative assessment to compute the risk degree of navigating ship on heavy sea was put forward.
讨论了用模型来识别项目特征与风险事件，解释了模型结构和模糊逻辑分析法的应用。
This paper identifies the project characteristics and risk events used in the model; explains the structure of the model and the use of fuzzy logic.
模糊；层次分析；风险评价；权重。
通过实例说明，运用模糊层次分析和模糊风险评价对房地产项目策划和确立阶段的风险做出判断。
Here is an example to explain how to evaluate a real estate project's risk with fuzzy AHP and fuzzy evaluation.
根据化工建设项目的特点，建立环境风险评价系统的指标体系，研究模糊评判方法，并应用实例进行分析计算。
The index of environment risk assessment system was established based on the properties of chemical engineering project. Fuzzy identification method as well as the case study was studied.
在对供应链环境下销售商的风险进行分析的基础上，利用风险因素分析和多级模糊综合评估相结合的方法进行风险评估，建立相应模型，进一步用风险系数量化销售商风险的大小。
Based on the risk analysis of seller under the circumstances of SC, this paper USES risk factor analysis and multiple fuzzy comprehensive evaluation to evaluate risk and build a relevant model.
在风险分析的信息系统，它是非常困难的，有效的风险进行量化，只有收集和统计数据，因为大量的风险因素是非常模糊的。
In the risk analysis of information system, it's very difficult to effectively quantify the risk with only collecting and counting data because lots of risk factors are very fuzzy.
建立了评价指标体系，构造了一个基于层次分析法与模糊数学基础上的风险应对方案模糊评价模型。
In the part of risk answer, I spend plentyful energy in find the answer to the risk , found assessment index, construct a fuzzy evalution mode based on AHP and fuzzy maths.
针对当前已有风险管理方法无法对航空项目中的风险有效进行管理这一问题，结合航空项目特点，提出了一种基于模糊层次分析法的航空项目风险管理方法。
The current risk management methods can't manage the risk factors in aeronautic projects. Based on fuzzy analytic hierarchy process, a new risk management method for aeronautic projects is proposed.
根据内部风险的特点，通过运用模糊综合评价法从整体上评价内部风险控制的程度，并进行实例分析。
Based on the charctet of inter-risk, this paper applies fuzzy comprehension decision method to assessing inter-risk control.
在分析建筑火灾发生原因的基础上，建立了建筑火灾风险评估因素集。并运用模糊评价法对建筑物的火灾安全进行了风险评价，通过评价得出建筑物所属的安全等级。
By the analysis of the causes of building fire, parameters for assessing the building fire are determined, by which the risk of building fire is graded using fuzzy evaluation method.
针对当前风险量化方法的不足，提出一种结合三角模糊数和层次分析法对风险进行量化的方法。
To improve the existing risk analysis method, a new risk analysis method was proposed to evaluate risk based on the triangular fuzzy number and Analytic Hierarchy Process (AHP).
提出了建设项目工程变更风险分析的评价指标体系，运用模糊数学原理建立了建设项目工程变更风险的综合评价模型。
It puts forward the risk assessment index system and sets up the risk comprehensive assessment model by using the theory of fuzzy mathematics.
对识别后的风险做进一步分析，采用定性和定量两类方法，利用模糊综合评价方法，建立风险损失模型和风险概率模型。
To analyze risks after identifying, we used the qualitative and quantitative methods and the Fuzzy Comprehensive Evaluation to establish the Loss Model and the Probability Model of the risks.
对识别后的风险做进一步分析，采用定性和定量两类方法，利用模糊综合评价方法，建立风险损失模型和风险概率模型。
To analyze risks after identifying, we used the qualitative and quantitative methods and the Fuzzy Comprehensive Evaluation to establish the Loss Model and the Probability Model of the risks.
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