Fuzzy Multicriteria Model for Selection of Vibration Technology
Fuzzy Multicriteria Model for Selection of Vibration Technology
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DOI：
10.1155/2016/6723605
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发表时间：
2016-01-01
影响因子：
1.6
通讯作者：
Carmen Carnero, Maria
中科院分区：
文献类型：
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作者：
Carmen Carnero, Maria
应用振动分析程序的好处是众所周知的，几十年来一直如此。已经产生了大量的贡献，讨论新的诊断，信号处理，技术参数分析和预后技术。然而，为了从振动分析程序中获得预期的好处，有必要选择能够保证最佳结果的仪器。尽管它的重要性，在文献中，有没有模型来帮助采取这一决定。本研究利用模糊层次分析法，提出一个目标模式，以选择最适合的便携式振动分析仪技术。其目的是为加工、制造、服务和研究机构创建一个易于使用的模型，以确保在选择振动分析技术时做出充分的决策。所描述的模型认识到，判断往往是基于模糊的，不精确的，或不充分的信息，不能提供精确的值。该模型结合了几个决策者的判断，他们是振动分析，维护和电子设备领域的专家。该模型已被应用到一个医疗保健组织。
The benefits of applying the vibration analysis program are well known and have been so for decades. A large number of contributions have been produced discussing new diagnostic, signal treatment, technical parameter analysis, and prognosis techniques. However, to obtain the expected benefits from a vibration analysis program, it is necessary to choose the instrumentation which guarantees the best results. Despite its importance, in the literature, there are no models to assist in taking this decision. This research describes an objective model using Fuzzy Analytic Hierarchy Process (FAHP) to make a choice of the most suitable technology among portable vibration analysers. The aim is to create an easy-to-use model for processing, manufacturing, services, and research organizations, to guarantee adequate decision-making in the choice of vibration analysis technology. The model described recognises that judgements are often based on ambiguous, imprecise, or inadequate information that cannot provide precise values. The model incorporates judgements from several decision-makers who are experts in the field of vibration analysis, maintenance, and electronic devices. The model has been applied to a Health Care Organization.