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SYSTEM OF ARTIFICAL INTELLIGENCE TARGET LEARNING AND TARGET IDENTIFICATION FOR NEXT GENERATION NAVAL SHIP USING DIGITAL TWIN

机译:基于数字孪生的下一代舰船人工智能目标学习和目标识别系统

摘要

Disclosed is an artificial intelligence target learning and target identification system for a next-generation trap using a digital twin. A target target image input module that receives a target target image; Construct a target target 3D rendering module that performs 3D rendering by applying a simulated maritime environment to the target target image received from the target target image input module, and outputs the 3D target image on which the 3D rendering was performed. do. According to the artificial intelligence target learning and target identification system for next-generation ships using the digital twin described above, several pieces of target targets are configured to perform 3D rendering by applying various simulated maritime environments to the images, thereby constructing a database for 3D target images In addition, there is an effect that can easily secure thousands of images under various marine environments required for AI-based recognition of the target trap. In addition, by performing AI-based learning using these 3D target images and through this, it is configured to accurately recognize the target of the sensor system image under AI-based, so that the enemy's target is automatically recognized and the commander's response can be determined more quickly. There is.
机译:公开了一种使用数字双胞胎的下一代陷阱的人工智能目标学习和目标识别系统。目标目标图像输入模块,接收目标目标图像;构造目标目标3D渲染模块,该目标目标3D渲染模块通过将模拟海洋环境应用于从目标目标图像输入模块接收的目标目标图像来执行3D渲染,并输出执行了3D渲染的3D目标图像。做。根据使用上述数字双胞胎的用于下一代船的人工智能目标学习和目标识别系统,通过将各种模拟海洋环境应用于图像,几块目标目标被配置为执行3D渲染,从而构建3D数据库目标图像此外,还有一种效果可以轻松地在基于AI的目标陷阱识别所需的各种海洋环境下保护数千张图像。此外,通过使用这些3D目标图像执行基于AI的学习,并以此来配置,以在基于AI的情况下准确识别传感器系统图像的目标,从而可以自动识别敌人的目标,并且指挥官的反应可以下定决心更快。有。

著录项

  • 公开/公告号KR102127655B1

    专利类型

  • 公开/公告日2020-06-29

    原文格式PDF

  • 申请/专利权人 HANWHA SYSTEMS CO. LTD.;

    申请/专利号KR20200050002

  • 发明设计人 김범준;

    申请日2020-04-24

  • 分类号G06T15;F41H11;

  • 国家 KR

  • 入库时间 2022-08-21 11:04:21

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