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Failure analysis of ship power system based on improved fuzzy analytic hierarchy process

机译:基于改进模糊分析层次过程的船舶电力系统故障分析

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Ship power system is a power base of modern ships. Furthermore, improving its reliability is the premise to ensure safe navigation of ship. Traditional Analytic Hierarchy Process (AHP) is widely applied in the risk assessment of ship power system. But it has drawbacks in terms of large calculated amount and low calculation precision. In this paper, an Improved Fuzzy Analytic Hierarchy Process (IFAHP) is proposed, which substitutes reciprocal judgment matrix with fuzzy consistency judgment matrix and combines the row vectors sum uniformization method with the eigenvector method. The calculation examples show that IFAHP form is simple, accurate and can effectively identify the key factors which crash the ship power system. This method improves the calculation speed and accuracy, providing a scientific basis for safety management of ship power system.
机译:船舶电源系统是现代船舶的电源底座。此外,提高其可靠性是确保船舶安全导航的前提。传统的分析层次处理(AHP)广泛应用于船舶电力系统的风险评估。但它在大型计算量和低计算精度方面具有缺点。在本文中,提出了一种改进的模糊分析层次处理(IFAhp),其用模糊一致性判断矩阵替代互易判断矩阵,并将行向量和均匀化方法与特征向量方法组合。计算实施例表明,IFAHP形式简单,准确,可以有效地识别船舶电力系统崩溃的关键因素。该方法提高了计算速度和准确性,为船舶电力系统的安全管理提供了科学依据。

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