首页> 外文期刊>Journal of intelligent & fuzzy systems: Applications in Engineering and Technology >Navigational risk assessment of Three Gorges ship lock: Field data analysis using intelligent expert system
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Navigational risk assessment of Three Gorges ship lock: Field data analysis using intelligent expert system

机译:三峡船闸的导航风险评估:使用智能专家系统的现场数据分析

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The Three Gorges ship lock, as one of the world leading navigational architectures, plays a significant role in the inland water transport of China. The rapid development of marine transportation increases great pressure on the maritime monitoring and administration in the ship locks. Hence, it is essential to explore the navigational risk factors. This study proposes a new dynamics model to investigate the evolution mechanism of navigational risk in Three Gorges ship lock. Intelligent expert system was used to analyze the risk factors. Experimental validation results demonstrate that the weather may impact the ship navigational safety with a high risk probability. Meanwhile, the navigational risk in flood season is relatively higher than that in dry season due to the increase of flow velocity and rain fall. The present study may provide useful insights to the evolution of inland navigational risk as well as maritime administration in the Three Gorges ship lock.
机译:这三峡船锁是世界领先的导航架构之一,在中国内陆水运输中起着重要作用。 海运的快速发展对船闸中的海上监测和管理增加了很大的压力。 因此,探索导航风险因素至关重要。 本研究提出了一种新的动态模型,以研究三峡船闸中导航风险的演化机制。 智能专家系统用于分析风险因素。 实验验证结果表明天气可能会影响高风险概率的船舶导航安全性。 同时,由于流速和雨落的增加,汛期的导航风险比旱季相对较高。 本研究可以为三峡航运锁中的内陆航行风险的演变和海上管理提供有用的见解。

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