大型工程项目的投保决策方法

保险是应对工程项目风险的一种重要的措施。一个投保决策是否成功。首先取决于保险人是否选择得当。选择保险人是一个多指标决策问题。通常采用特定方式来描述具有不确定的决策信息。章提出了一种基于区间数的TOPSIS方法。应用于保险人的选择。来解决工程项目投保决策中选择保险人的问题。并通过一个案例验证了该方法的可行性。     

区域国际旅行社业竞争力评价方法与实证分析

区域国际旅行社业竞争力的评价涉及到多个指标,评价方法的选择对评价结果起重要作用.该文基于竞争力影响因素的基本理论及指标数据的可获取性,选择劳动生产率、市场占有率、利润率、成本作为国际旅行社竞争力的评价指标,以我国31个省级区域(不合港、澳、台地区)为研究对象,检验了3种评价方法:SAW法、WP法、TOPSIS法的有效性,分析了评价结果对指标权重的敏感性.最后,对我国31个省份的国际旅行社业竞争力进行了评价与分类.     

基于改进TOPSIS法的上市传媒公司竞争力综合评价研究

传媒产业作为我国文化产业的重要组成部分,对我国经济发展和文化软实力的提升具有重要影响。随着中国传媒业发展环境的优化,传媒公司之间的竞争加剧。采用定性和定量相结合的方法对上市传媒公司的竞争力进行了研究。思路是首先构建上市传媒公司竞争力综合评价体系,然后采用改进的TOPSIS法对选取样本的竞争力进行综合评价和排序,最后提出增加上市传媒公司竞争力的对策建议。     

一种改进的供应商评价模型及其应用

讨论了供应商选择的目标和评价标准，分析了评价和选择供应商的指标体系，探讨了一种将熵权与TOPSIS法相结合的供应商选择评价模型，并应用该模型对一个实例进行了分析。     

汽车零部件供应商选择方法应用研究

零部件采购是汽车制造企业供应链管理的重要环节,而供应商的选择是供应链管理的基础。文中将多属性决策理论中的改进TOPSIS法和熵值法的评价优势相结合,引入到汽车零部件供应商选择中来,并以具体的案例说明基于熵值法的改进TOPSIS法是一个可靠、有效且可以持续改善的汽车零部件供应商评价模型,为企业进行供应商选择、管理、监督、改善等活动提供更为有力的依据。     

基于逼近理想点(TOPSIS)的石油机械供应商选择

介绍了一种基于逼近理想点法的石油企业石油机械供应商的选择评估决策方法,从适合石油机械选择得到六个指标即产品质量、产品价格、到货水平、信誉、服务跟进、先进性,并建立模型,结合算例进行计算。     

基于TOPSIS法的区域企业自主创新能力评价及比较研究

定量研究不同区域企业自主创新能力之间的差异和特征对加强区域创新能力建设具有重要意义。基于《中国企业自主创新能力分析报告》,从技术创新能力的角度构建了区域企业自主创新能力的测度和评价指标体系,并运用TOPSIS法对我国内地31个省级行政区域的企业自主创新能力进行了综合评价,对不同区域企业自主创新能力的差异和特征进行了比较分析。     

Ranking the strategic actions of Iran mobile cellular telecommunication using two models of fuzzy QFD

Mobile cellular telecommunication success in target markets first requires ranking the customer’s expectations and then prioritizing the engineering characteristics (ECs) to meet the expectations. In this paper, two prioritization models based on quality function deployment (QFD) are developed to rank the strategic actions (SAs), or the ECs of Iran mobile cellular telecommunication. QFD is a widely used customer-driven tool for which the success of its applications may be the result of some of its benefits, such as greater customer focus. It uses a matrix called House of Quality (HOQ) to translate Customer Attributes (CAs) into ECs. However, due to the high degree of subjectivity in constructing the HOQ, the application of fuzzy logic provides an efficient tool to handle the subjective assessments. On the other hand, taking into consideration the gap between the current state and the positive ideal state for each CA, TOPSIS is used to rank CAs in a first model. In addition, in a second model, using the analytic hierarchy process (AHP), more criteria are taken into consideration in ranking CAs. Also, a fuzzy utility factor, B_j, is used to rank SAs in both models. Both presented models have the ability to capture the vagueness of human thinking style, and let customer oriented organizations, such as MCI, derive benefits from the voice of the customer (VOC) in a more expressive way.     

基于熵权TOPSIS模型的城市建设用地供应绩效评价及障碍度诊断——以西安市为例

[目的]通过构建基于结构绩效、经济绩效、公平绩效、环境绩效的建设用地供应绩效四维评价指标体系,分析"十二五"期间西安城市建设用地供应绩效水平,判定影响绩效水平的障碍因子。[方法]运用熵权TOPSIS模型,障碍度模型,对2011~2015年西安城市建设用地绩效水平及因子障碍度进行测算。[结果]"十二五"期间西安市建设用地供应结构绩效呈波动式上升,经济绩效贡献度降低,公平绩效有所提升,环境绩效显著提高。进一步分析,结构障碍度平均达到58.44%,其后依次是经济障碍度、公平障碍度、环境障碍度,均值分别为14.84%、13.66%和11.24%。[结论]"十二五"期间西安市建设用地供应综合绩效总体呈上升态势,但仍旧处于中级水平。结构与经济是制约西安市建设用地供应绩效的主要方面,而公平与环境则对土地供应绩效贡献度较大。     

A novel hybrid multi-criteria method for supplier selection among SMEs on the basis of innovation ability

Today, small and large business houses operate collaboratively for the efficiency in the functioning of supply chains. Larger organisations mostly depend on small companies to supply majority of its components and thus they need to be careful while selecting their suppliers. Small organisations performing innovatively and supplying technologically upgraded as well as quality products at a cheaper rate can be a boon for the larger enterprise. This study develops a model for evaluating and selecting small firms as suppliers on the basis of their innovativeness. Best–Worst multi-criteria method is used to rank criteria of innovativeness and also to calculate their weights on the basis of expert opinion. Fuzzy TOPSIS methodology is used to rank the suppliers with respect to these criteria and finally select the best supplier among the available alternatives. A real-world application is illustrated by taking a case of auto component manufacturer and its seven suppliers, 5 main criteria and 23 sub-criteria are taken up for the study.

Abbreviations: AHP: analytical hierarchal process; ANP: analytical network process; DEMATEL: decision-making trail and evaluation laboratory; EMS: environment management system; ELECTRE: ELimination Et Choix Traduisant la REalité (elimination and choice expressing reality); FPIS: fuzzy positive ideal solution; FNIS: fuzzy negative ideal solution; ISM: interpretative structural modelling; PROMTHEE: preference ranking organisation method for enrichment evaluation; SME: small and medium enterprises; TOPSIS: technique for order preference by similarity to ideal solution; QFD: quality function deployment; VIKOR: VlseKriterijuska Optimizacija I Komoromisno Resenje; SP1; SP2; SP3; SP4; SP5; SP6; SP7: Various suppliers used as alternatives