基于CNN和CG的镶嵌图艺术设计支持系统

IF 0.4 Q4 ENGINEERING, INDUSTRIAL
Luyi Huang, Shigaku Tei, Yilang Wu, H. Shiizuka
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引用次数: 1

摘要

绘画是一项重要的技能,但对于视觉或空间感知能力较弱的人来说很难。在本研究中,我们的目的是利用计算机辅助人们在绘画练习中的视觉感知。为此,我们提出使用基于CNN(卷积神经网络)模型的AI技术来识别人们画的是什么,然后根据识别结果输出CG(计算机图形)。我们应用这个建议的解决方案来支持创建设计模式(如镶嵌)的实践。我们的工作包括以下四项贡献。(1)基于我们训练好的AI模型对用户的原始图纸进行识别;(2)通过将识别结果纳入称为镶嵌的模式,生成新的视觉设计;(3)交互式提供图形识别和镶嵌生成的数字接口;(4)我们的工作是实现H. Shiizuka博士提出的创新四环素的第一次试验。交叉验证表明了训练人工智能模型的理论准确性。基于问卷的评估结果显示了支持系统的实际可用性,也为我们未来的改进提供了建议,以满足用户的各种需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Support System for Artful Design of Tessellations Drawing using CNN and CG
: Drawing is an important skill, but it is difficult for people who are weak in visual or spatial perception. In this study, we aim at utilizing computer support to assist people’s visual perception during their drawing practice. To this end, we propose to use AI technology based on CNN (convolutional neural network) model to recognize what people draw, and then output CG (computer graphics) according the recognition result. We apply this proposed solution to support the practice in creating design patterns like the tessellation. Our work includes four contributions in-below. (1) recognition of the user’s original drawing based on our trained AI model; (2) generation of new visual design by incorporating the result of recognition into the pattern called tessellation; (3) a digital interface to interactively provide the drawing recognition and tessellation generation; (4) our work is the first trial to realize the innovation tetra proposed by Dr. H. Shiizuka. A cross validation shows the theoretically accuracy of the train AI model. The result of a questionnaire-based evaluation shows the practical usability of the support system, and also advise us future improvement to reach various user requirements.
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来源期刊
自引率
33.30%
发文量
18
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