Web Components Template Generation from Web Screenshot

Pattana Anunphop, P. Chongstitvatana
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Abstract

AI-driven automation is the game-changer in this decade. The one concept that belongs to this domain is to simulate human working processes by using machine learning. An adaptation of this knowledge in web development is popularized topic in the web developer society. Moreover, Web Components, the new paradigm in software engineering practices in web development, becomes the new standard defined by World Wide Web Consortium (W3C). It is an essential building block for modularizing large and complex web applications into smaller pieces and then presenting them via the web browser on the user's computer or mobile. We combine knowledge between Computer Vision (CV) with deep learning and Web Components developer framework together to train the machine to recognize bounding boxes and category labels for each object of interest in an image. This paper introduces the methodology to automatically generate a website by neuron network model composite with many small web components. Our work's best result has a validation loss of 1.873, which can recognize the web object and transform it into the Web Components Template by React web framework.
从Web截图生成Web组件模板
人工智能驱动的自动化是这十年的游戏规则改变者。属于这个领域的一个概念是通过使用机器学习来模拟人类的工作过程。将这些知识应用到web开发中是web开发界的热门话题。此外,Web组件作为Web开发中软件工程实践的新范式,已成为W3C定义的新标准。它是将大型和复杂的web应用程序模块化成更小的部分,然后通过用户计算机或移动设备上的web浏览器呈现它们的基本构建块。我们将计算机视觉(CV)与深度学习和Web组件开发人员框架之间的知识结合在一起,训练机器识别图像中每个感兴趣对象的边界框和类别标签。本文介绍了一种由多个小网页组件组成的神经元网络模型自动生成网站的方法。我们的工作最好的结果是验证损失为1.873,它可以识别web对象并通过React web框架将其转换为web组件模板。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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