Preliminary design of underwater unmanned vehicle integrated System Evaluation

Cai Cheng-Qi, Yang Song-lin
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Abstract

Taking into account the factors affecting the underwater unmanned vehicle integrated system, the system is divided into three aspects: performance system, function system and control system. By using analytic hierarchy process (AHP) and fuzzy comprehensive evaluation method, the index evaluation system of underwater unmanned vehicle integrated system design scheme is constructed layer by layer, and the evaluation mathematical model is established to calculate the importance of each element in each layer and group, and to determine the membership function. This provides a new method and technical system for underwater unmanned vehicle integrated system evaluation. The reliability of the system is verified by two examples.
水下无人潜航器综合系统初步设计评估
考虑到水下无人潜航器集成系统的影响因素,将系统分为性能系统、功能系统和控制系统三个方面。采用层次分析法(AHP)和模糊综合评价法,逐层构建水下无人潜航器综合系统设计方案指标评价体系,建立评价数学模型,计算各层和组中各要素的重要度,确定隶属度函数。这为水下无人潜航器综合系统评估提供了一种新的方法和技术体系。通过两个算例验证了系统的可靠性。
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