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A risk evaluation method for the scientific cognitive value deviation due to irrational factors

机译:非理性因素引起的科学认知价值偏离的风险评估方法

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To evaluate the risk of scientific cognitive value deviation due to irrational factors in scientific research, the system of evaluation which including 11 irrational factors in scientific research and five levels of evaluation is created based on the Fuzzy Comprehensive Evaluation Method optimized by Uncertainty Measurement Theory. First, the arithmetic mean value of data of preliminary study serves as the weight of the evaluation indicator and the matrix of fuzzy subordinate relation is gained from the definite weighted functions. Then, the comprehensive risk level of the testing object is gained following the Credible Degree Recognition Criterion. Finally, the simulation tests of 4 groups of data from random function verify that the assessment results are the same by two way of Credible Degree Recognition Criterion and the accuracy of judging comprehensive risk level by the optimized Fuzzy Comprehensive Evaluation Method is higher than one by the general Fuzzy Comprehensive Evaluation Method.
机译:为了评估科研中非理性因素导致科学认知价值偏离的风险,基于不确定性测度理论优化的模糊综合评价方法,建立了包括11项科研非理性因素和五个评价等级的评价体系。首先,将初步研究数据的算术平均值作为评估指标的权重,并从确定的加权函数中获得模糊从属关系矩阵。然后,根据可信度识别标准获得测试对象的综合风险等级。最后,通过随机函数对4组数据进行仿真测试,通过两种可信度识别标准验证了评估结果是否相同,采用优化的模糊综合评判方法进行综合风险水平判断的准确度高于采用可信度识别准则的综合风险水平。通用的模糊综合评价方法。

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