ARChem:增强现实化学实验室

M.R.L.Y Menikrama, C.S Liyanagunawardhana, H.G.D.M.I Amarasekara, M.S Ramasinghe, L. Weerasinghe, I. Weerasinghe
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引用次数: 0

摘要

近年来取得进展的技术之一是增强现实技术(AR),它允许使用设备的摄像头和屏幕将虚拟物体插入到现实世界的视图中。这种与教育相关的互动形式可以改善学校的教学和实践知识,特别是在化学等较难的科目中。本研究的重点是虚拟教育,为学生提供一个学习化学等实践性课程的平台。因此,我们创建了一个具有四个主要功能的移动应用程序,帮助学生在使用AR技术学习化学的过程中。主要功能有:人工智能的AR,图像处理的化学方程识别和校正,情感分析和文本摘要的Chabot。该应用程序是通过使用机器学习,人工智能与深度学习和移动应用程序开发技术开发的。ARChem显示了具有重要使用描述的烧瓶的3D模型,并且还具有用于常见问题的文本摘要的Chabot。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ARChem: Augmented Reality Chemistry Lab
One of the technologies that has been gaining ground in recent years is Augmented Reality (AR), which allows to insert virtual objects into a real-world view using a device's camera and screen. This form of interaction associated with education can improve teaching and experiencing practical knowledge in schools, especially in more difficult subjects such as Chemistry. This study focused on virtual education by providing a platform for students to follow practical oriented subjects like Chemistry. As a result, a mobile application is created with four main functions that assist students during their learning process of Chemistry using the AR technique. The main functions are, AR with Artificial Intelligence (AI), Chemical equation identification and correction with Image Processing, Chabot with sentiment analysis and text summarization. The application is developed by using Machine Learning, AI with Deep Learning and Mobile Application development technologies. ARChem shows 3D models of flasks with important descriptions with the use and also features a Chabot with text summarization for frequently asked questions.
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