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Study on the Development of Ruichang Bamboo Weaving Patterns Based on Computer Graphics and Machine Learning

机译:基于计算机图形学和机器学习的瑞昌竹编图案开发研究

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Ruichang bamboo weaving in Jiangxi Province, known as one of China's significant intangible cultural heritages (ICH), faces multiple problems such as old-fashioned and monotonous patterns due to a lack of inheritors, uncre-ative design and low efficiency. This study applies machine learning and computer graphics to the generation of new Ruichang bamboo weaving patterns, or more specifically, it generates new patterns by establishing the Generative Adversarial Networks (GAN) algorithm model, inputting reasonable parameters and applying Python and Tensorflow frameworks. This study develops and diversifies bamboo weaving patterns through machine deep learning, providing new approaches and ideas for the ICH protection.
机译:江西省瑞昌竹编被誉为中国重要的非物质文化遗产之一,由于缺乏传承人,设计新颖,效率低下等问题,面临着老式,单调的格局等问题。这项研究将机器学习和计算机图形学应用于新的瑞昌竹编织图案的生成,或者更具体地说,它通过建立生殖对抗网络(GAN)算法模型,输入合理的参数以及应用Python和Tensorflow框架来生成新的图案。这项研究通过机器深度学习开发并多样化了竹编织模式,为ICH保护提供了新的方法和思路。

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