Ranking of aircraft maintenance organization based on human factor performance

Aircraft maintenance organisation is a complex socio-technical setup, where human factors influence the quality of aircraft maintenance service. Maintenance service quality is assessed based on the commitment of management and its ability to provide suitable facility, tools, spares and manpower supported with comfortable environment and maintenance procedures. Assessment of the service quality of the aircraft maintenance organisation is a complex process. Airlines, regulators, insurance companies and other agencies need decision support system, to assess the performance of a maintenance organisation. This paper provides criteria and scientific approach for assessing the maintenance organisation; it presents a methodology of applying Analytical Hierarchy Process to prioritise the key functions and to rank the maintenance organisations under study. The study has established that maintenance service quality in airline is directly correlated to its fleet size.     

信息系统灾难恢复能力评估方法研究

论文提出了一种信息系统灾难恢复能力评估方法:信息资产分析方法、本地灾难恢复和远程灾难恢复等级的划分方法,并在此基础上,利用AHP层次分析法,构建了一套灾难恢复能力评估指标体系。该方法可以使评估结果具有更好的针对性和全面性。     

用层次分析法(AHP)确定QFD中客户需求权重

客户需求权重的确定是质量功能配置(QFD)实现过程中的重要一环，然而传统的确定权重的方法都有各自的缺陷。本文采用层次分析法(AHP)来确定客户需求的权重，首先建立了评价模型，并构造出比较判断矩阵，然后通过层次排序和一致性检验，最终获得了接近实际的客户需求权重结果。文章最后以某企业所生产的车床的客户需求为例，验证了用AHP法来确定QFD中客户需求权重的可行性。     

基于AHP法的主导产业选择研究——以娄底市为例

适时地选择和培育符合经济发展阶段要求的主导产业，对一个地区的发展具有重要的战略意义。采用层次分析法（AHP法）进行工业主导产业选择可以取得比较好的效果。从评价指标的选择、调查表格的设计及统计整理等方面对采用AHP法进行主导产业的选择进行了探讨，并以娄底市为例进行了论证。     

A new method to cope with decision makers' uncertainty in the equipment selection process

One of the main problems faced while configuring or reconfiguring manufacturing systems is to rank alternative designs taking into account all the different aspects involved (both tangible and intangible). For this purpose the Analytic Hierarchy Process (AHP) is a well-known decision making support method that addresses this problem. A major drawback of AHP is that uncertainty in the judgments of the decision makers and the resulting impact on the ranking is not considered. In real situations, however, judgments based on perceived future scenarios are almost always uncertain. To solve this problem in this paper we present the first complete probabilistic extension to the AHP method. The new method provides the decision maker not only with information on the ranking of the alternatives but also the probability that the ranking remains stable even in presence of uncertainty in the judgements. We verified the validity of the new method in a real application developed for the Ferrari racing team.     

用层次分析法(AHP)确定煤和瓦斯突出中的有关参数

介绍了井下瓦斯突出的原因 ,详细阐述了瓦斯突出的有关参数的确定方法。     

钢铁厂材料核算决策支持系统

本文介绍了钢铁厂材料核算系统的决策支持系统，描述了系统结构，模型自动生成方法，并用层次分析法说明钢铁厂材料采购的决策过程。     

层次分析法在工程评标中的应用

根据评标工作多层次多准则的特点,将层次分析方法引入工程评标中,并结合工程实例介绍了方法的具体运用。实践表明,层次分析法思路清晰,方法简便,能减少主观因素的影响,评价结果准确,是一种实用的工程评标方法。     

基于AHP—DEA模型的鱼雷方案评价研究

将层次分析法（AHP）与数据包络法（DEA）有机结合，构建了AHP—DEA的鱼雷方案评价模型，首先通过AHP法计算各鱼雷方案在评价因素中的相对权重，然后根据DEA法的原理将鱼雷方案作为决策单元、各方案的相对权重作为产出建立优化模型，通过计算模型的相对效率值，求出鱼雷方案可能性大小的顺序，并以实例阐述该模型在鱼雷方案评价中的具体运用。     

基于FAHP的制导雷达技术性能评估方法研究

针对复杂使用条件下制导雷达系统综合技术性能的模糊性和不确定性,运用模糊层次分析法对制导雷达系统的技术性能进行了综合评估,解决了一般层次分析法标度复杂、判断矩阵一致性不易实现的问题,建立了多级评估体系模型,给出了确立各指标权重的方法.最后通过实例分析,证明了该方法的有效性和准确性.