增强现实技术在物体长度测量中的应用

Muhammad Taufik Ifannur, A. Wibowo
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引用次数: 0

摘要

长度测量是一种确定物体、表面或其他物体长度值的活动。测量过程一般需要常规长度测量工具,如直尺或尺、卷尺或卡尺。如果由于位置因素、物体或表面的尺寸过大且一个人难以够到,或者使用非标准单位测量时获得的结果存在差异,从而导致测量值不确定,那么在条件不允许使用常规测量工具的情况下,长度测量就会遇到问题。增强现实技术是一种允许用户在不改变真实世界作为主要环境的情况下看到真实世界与虚拟物体相结合的技术。这项技术还允许使用虚拟物体作为测量标记来执行长度测量过程,并在不使用传统长度测量仪器的情况下提供实时测量结果。所获得的结果是一个长度测量应用程序,它可以依靠以指针形式存在的虚拟物体运行,这些虚拟物体被放置为标记,并通过线条连接起来,从而以测量结果值的形式获取信息。该长度测量应用程序的平均精确度为 98.03%,可作为进行长度测量过程的替代媒介。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Penerapan Teknologi Augmented Reality Untuk Aplikasi Pengukuran Panjang Suatu Objek
Length measurement is an activity to determine the length value of an object, surface, or other object. The measurement process generally requires conventional length measuring tools such as a ruler or ruler, tape measure, or calipers. Length measurements will experience problems when conditions do not allow the use of conventional measuring instruments due to position factors, the size of objects or surfaces that are too large and difficult for one person to reach, or differences in results obtained when measuring using non-standard units which cause uncertainty the measuring value. Augmented Reality is a technology that allows users to see the real world combined with virtual objects without changing the real world as the main environment. This technology also allows the length measurement process to be carried out using virtual objects as measurement markers and provides real-time measurement results without using conventional length measuring instruments. The results obtained are a length measurement application that can run by relying on virtual objects in the form of pointers which are placed as markers and connected by lines to obtain information in the form of the value of the measurement results. With an average accuracy level of 98.03%, this length measurement application can be used as an alternative medium for carrying out the length measurement process.
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