Graphic Code: A New Machine Readable Approach

Leandro Cruz, Bruno Patrão, Nuno Gonçalves
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引用次数: 2

Abstract

Machine Readable Codes have been used for severalpurposes. Approaches like UPC and QR Code can beseen everywhere. Recently, it has emerged a new MRC able to combine the communication power of classical methodsto a meaningful improvement on aesthetics and data capacity.This method is named Graphic Code1. Although it has beenused in previous researches, this name was firstly used publiclyat Security Document World Conference and Exhibition, 2018. Graphic Code has two major advantages over classical MRCs: aesthetics and larger coding capacity. It opens new possibilitiesfor several purposes such as identification, tracking (using aspecific border), and transferring of content to the application.This paper focuses on presenting how graphic code can be usedfor industry applications, emphasizing its uses on Augmented Reality (AR). In the first context, it is still being used for creatinglabels and validation stamps. In the second one, it can be used asa marker (identification and tracking), and to code parametersfor an AR application such as large texts, meshes of a 3D model, an image, a drawing, or other complex controls.
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图形代码:一种新的机器可读方法
机器可读代码已用于多种目的。像UPC和QR码这样的方法随处可见。最近,出现了一种新的MRC,它能够将经典方法的通信能力与美学和数据容量的有意义的改进结合起来。此方法命名为Graphic Code1。虽然在以前的研究中也使用过,但这个名字是在2018年世界安全文件会议和展览会上首次公开使用的。与传统MRCs相比,图形编码有两个主要优点:美观和更大的编码容量。它为识别、跟踪(使用特定的边界)和向应用程序传输内容等几个目的开辟了新的可能性。本文重点介绍了图形代码如何用于工业应用,强调了其在增强现实(AR)中的应用。在第一个上下文中,它仍然用于创建标签和验证戳记。在第二种情况下,它可以用作标记(识别和跟踪),并为AR应用程序(如大文本、3D模型的网格、图像、绘图或其他复杂控件)编码参数。
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