Abnormality Behavior Recognition Method for Ship in Bridge Waters Considering Small-Sample Problem

Han Wang, Yi Liu
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引用次数: 1

Abstract

With the development of transportation, more and more bridges are built, and the safety of bridges is becoming more and more important. In the waters of the bridge area, more and more ships pass through, and the navigation environment is more complex than that of the ordinary channel. For the staff of the traffic management department and bridge maintenance, it is necessary to always pay attention to the behavior of passing ships and remind the ships with abnormal behavior to prevent accidents that damage the bridge. Firstly, by analyzing the collision risk of ship bridge and the abnormal behavior of ship itself, this paper combines the two to obtain the judgment standard of ship abnormal behavior in the waters of bridge area; then, considering the small sample problem of ship abnormal behavior in the actual data, a large number of ship trajectory data are generated by the method of ship motion equation and random data generation. Based on the generated ship trajectory data, the identification model of ship abnormal behavior in the bridge area is established by using BP neural network classification method to give early warning of ship abnormal behavior, Provide technical means for the safe passage of ships in the waters of the bridge area to reduce or avoid the losses caused to the bridge.
考虑小样本问题的桥梁水域船舶异常行为识别方法
随着交通运输的发展,桥梁越来越多,桥梁的安全性也变得越来越重要。在桥区水域,通过的船舶越来越多,航行环境比普通航道更为复杂。对于交通管理部门和桥梁养护工作人员来说,要时刻关注过往船舶的行为,提醒行为异常的船舶,防止事故对桥梁造成损害。首先,通过对舰桥碰撞风险和船舶自身异常行为的分析,将两者结合起来,得出了舰桥区域水域船舶异常行为的判断标准;然后,考虑到实际数据中船舶异常行为的小样本问题,采用船舶运动方程和随机数据生成的方法生成了大量的船舶轨迹数据。在生成船舶轨迹数据的基础上,采用BP神经网络分类方法建立桥梁区域船舶异常行为识别模型,对船舶异常行为进行预警,为船舶在桥梁区域水域的安全通行提供技术手段,减少或避免对桥梁造成的损失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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