System engineering method for naval ship evaluation

Liang Ge, Yuanhang Hou
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Abstract

An evaluate process based on improved group decision-making method and vague set theory for naval ship in conceptual design was proposed in this paper. In order to construct ship design target system, a simplified warship index system including efficiency, risk and cost was built up. The group decision-making method improved by optimized Hadamard bulge combination was utilized to concentrate experts' opinions for the weights of bottom targets. The whole process of naval ship evaluation was generalized based on system engineering methodology. The vague value for both quantitative and qualitative attributes was defined pointing at the multiple-objects decision making problem. A new naval ship evaluation model which could support both group decision and different kinds of attributes was constructed. At last, it was proved more practical and effective by a real application for naval ship.
舰艇评价系统工程方法
提出了一种基于改进的群决策方法和模糊集理论的舰艇概念设计评价过程。为了构建舰船设计目标体系,建立了包括效率、风险和成本在内的简化舰船设计指标体系。利用优化的Hadamard凸起组合改进的群体决策方法,集中专家对底层目标权重的意见。基于系统工程方法,对舰艇评价的全过程进行了概括。针对多目标决策问题,定义了定量属性和定性属性的模糊值。建立了一种既支持群体决策又支持多种属性的舰艇评价模型。通过舰船的实际应用,证明了该方法的实用性和有效性。
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