人工智能监控及助航系统在四川省高等级航道中的应用
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Application of AI monitoring and navigation-supporting system in Sichuan’s high-grade channels
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    摘要:

    分析国内外智能航道的发展现状,提出基于水位推算模型、视频识别技术、集成嵌入式GPS芯片、相关硬件设施和交互式操作界面的人工智能监控及助航系统。该系统以岷江(龙溪口—合江门段)为研究对象,通过对水位、船舶和航标等航道动态信息的识别采集和统计分析,实现航道资源管理的智能化,提高航道的监管和运营效率,并为航道主管部门的分析决策提供助益。系统将在加快四川航道的智能化建设和助力交通运输行业实现“碳达峰、碳中和”的过程中发挥积极作用。

    Abstract:

    This paper analyzes the development status of intelligent channels both in China and abroad and proposes an AI monitoring and navigation-supporting system that integrates a water level prediction model,video recognition technique,integrated embedded GPS chips,relevant hardware equipment,and interactive operation interface. With Minjiang River(Longxikou-Hejiangmen section) as the research object,the system identifies,collects,and analyzes channel dynamic information such as water level,ships,and beacons. As a result,it achieves intelligent management of channel resources,improves the efficiency of channel supervision and operation,and assists channels’ competent departments in decision-making. The system can exert positive effects in speeding up the intelligent construction of Sichuan’s channels and helping the transportation industry realize carbon neutrality and carbon peaking.

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胡 阳,张 谧,孟如真,等.人工智能监控及助航系统在四川省高等级航道中的应用[J].水运工程,2023(S1):125-128.

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  • 在线发布日期: 2023-01-12
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