基于二元语义网络分析法的输变电工程应急能力评价研究
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摘要
针对输变电工程的应急能力评价的问题,通过网络分析法对各指标间错综复杂的关系进行梳理以解决应急评价指标之间不相互独立的问题。引入连续的二元语义法,对输变电工程指标进行评价以克服人为主观评判的不确定性和模糊性,将两者结合对输变电工程应急能力进行评估,建立输变电工程的二元语义网络分析法的应急能力评价模型;再根据具体实例分析、检查,专家对相应因素的打分,并利用SD软件计算出各指标的隶属度,并通过实证研究得出输变电工程应急能力符合实际情况。
Aiming at the problem of the emergency capability evaluation of power transmission and transformation project, the complex relationship between the indexes is sorted out by the network analysis method to solve the problem that the emergency evaluation indexes are not independent of each other. The continuous binary semantic method is introduced to evaluate the index of power transmission and transformation engineering, overcome the uncertainty and ambiguity of human subjective judgment, evaluate the emergency capability of power transmission and transformation project, and establish the power transmission and transformation project. And then the paper uses the SD software to calculate the membership degree of each index. Through empirical research, the power transmission and transformation project can cater to the actual situation in case of emergency.
Aiming at the problem of the emergency capability evaluation of power transmission and transformation project, the complex relationship between the indexes is sorted out by the network analysis method to solve the problem that the emergency evaluation indexes are not independent of each other. The continuous binary semantic method is introduced to evaluate the index of power transmission and transformation engineering, overcome the uncertainty and ambiguity of human subjective judgment, evaluate the emergency capability of power transmission and transformation project, and establish the power transmission and transformation project. And then the paper uses the SD software to calculate the membership degree of each index. Through empirical research, the power transmission and transformation project can cater to the actual situation in case of emergency.
引文
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[14]LEE YUN-HUEI.A Fuzzy analytic network process approach to determining prospective competitive Strategy in China:a case study for multinational biotech pharmaceutical enterprises[J].Journal of Business Economics and Management,2016,13(1):5-28.
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[17]孙宏才,田平,王莲芬.网络层次分析法与决策科学[M].北京:国防工业出版社,2011.
[18]游泳彬,周延年,郑玉山.基于二元语义层次分析法主观权重确定算法[J].西北工业大学学报,2013,31(5):710-715.
[19]韦振中.一致判断矩阵与一致模糊矩阵的关系[J].广西民族学院学报,2001(5):87-89.
[2]张少刚,赵媚,倪小敏,等.基于AHP-模糊评价的化工园区综合应急能力研究[J].安全与环境学报,2015,2(15):77-83.
[3]刘仁辉,翟凤勇.建设项目安全事故应急能力评价[J].中国管理学,2009,10(17):498-502
[4]卢文刚.城市电力突发公共事件应急能力评价指标体系的构建[J].科技管理研究,2010(8):50-54.
[5]门永生,朱朝阳,于振,等.电网基础设施突发事件应急能力指标体系构建及评价[J].安全与环境学报,2014,6(13):84-87.
[6]张国辉,吴艳,张蜜.基于灰色聚类分析的企业应急管理能力评价[J].经济数学,2011(3):94-99.
[7]KANG J,ZHANG J X,BAI Y Q.Modeling and evaluation of the oilspill emergency response capability based on linguistic variables[J].Marine pollution Bulletin,2016,12(113):293-301.
[8]LI S G,LI X P,LIU J C.Research on evaluation of emergency of city gas pipeline[J].Applied Mechanics and Materials,2011(7):4300-4303.
[9]WU X T.Evaluation of emergency preparation capability in urban communities based on fuzzy analytic hierarchy process[R].北京:IEEE International Conference on Emergency Management & Management Sciences 2010:443-446.
[10]潘华,高杨杨,薛小龙,等.基于三角模糊数的输变电工程模糊综合评价[J].工程管理学报,2015,29(4):78-83.
[11]PALMISANO G O,LOISI R V,RUGGIERO G,et al.Using analytic network process and dominance-based rough set approach for sustainable requalification of traditional farm buildings in Southern Italy[J].Land Use Policy,2016,12(16):95-110.
[12]SAATY T L.Decision making-the analytic Hierarchy and Network Process(AHP/ANP) [J].Journal of System Science and Systems Engineering,2004(13):1-35.
[13]WU WEN HSIANG,LIN CHIN TSAI,PENG KUA HSIN.Determination of a hospital management policy using conjoint analysis in the analytic network process[J].Quality & Quantity,2009,43(1):145-154.
[14]LEE YUN-HUEI.A Fuzzy analytic network process approach to determining prospective competitive Strategy in China:a case study for multinational biotech pharmaceutical enterprises[J].Journal of Business Economics and Management,2016,13(1):5-28.
[15]HADDOW G D,BULLOCK J A.Introduction to emergency management[M].2nd ed.New York:Elsevier Inc,2006.
[16]HERRERA F,MARTINEZ L.A-2 tuple fuzzy linguistic of mass customization model for computing with words[J].IEEE Transactions on Fuzzy Systems,2000(8):746-752.
[17]孙宏才,田平,王莲芬.网络层次分析法与决策科学[M].北京:国防工业出版社,2011.
[18]游泳彬,周延年,郑玉山.基于二元语义层次分析法主观权重确定算法[J].西北工业大学学报,2013,31(5):710-715.
[19]韦振中.一致判断矩阵与一致模糊矩阵的关系[J].广西民族学院学报,2001(5):87-89.