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Overview of 3D registration techniques including loop minimization for the complete acquisition of large manufactured parts and complex environments

机译:3D注册技术概述,包括循环最小化,以完成大型制造零件和复杂环境的完整采集

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3D modelling is becoming an important research topic for visual inspection in automatic quality control. Through visual inspection it is possible to determine whether a product fulfills the required specifications or whether it contains surface or volume imperfections. Although some process such as color analysis can be achieved by 2D techniques, more challenging tasks such as volume inspection of large and complex objects/scenes may require the use of accurate 3D registration techniques. 3D Simultaneous Localization and Mapping has become a very important research topic not only in the computer vision community for quality control applications but also in the robotics field for solving problems such as robot navigation and registration of large surfaces. Although their techniques differ slightly depending on the application, both communities tend to solve similar problems by means of different approaches. This paper presents a survey of the techniques used by the robotics and computer vision communities in which every approach has been compared pointing out their pros and cons and their potential applications.
机译:3D建模正在成为自动质量控制中的目视检查的重要研究主题。通过目视检查,可以确定产品是否满足所需的规格或它是否包含表面或体积缺陷。尽管通过2D技术可以实现诸如颜色分析的一些过程,但是更具有挑战性的任务,例如大型和复杂对象/场景的体积检查可能需要使用精确的3D注册技术。 3D同步本地化和映射已成为一个非常重要的研究主题,不仅是在计算机视觉社区的质量控制应用中,而且还在机器人领域解决了机器人领域,以解决机器人导航和大型表面的登记等问题。虽然它们的技术根据应用略有不同,但两个社区倾向于通过不同的方法解决类似的问题。本文介绍了机器人和计算机视觉社区使用的技术,其中每种方法都比较了他们的利弊及其潜在应用。

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