基于陶器刻划符号的智能特征图形设计

Design of Intelligent Feature Graphics Based on the Pottery Carving Symbols

中文关键词: 陶器刻划符号  亮度特征  卷积运算  图形设计

英文关键词: pottery carving symbol  brightness feature  convolution operation  graphic design

中文摘要:

      目的 为了充分挖掘陶器刻划符号所蕴含的文化价值和美学价值，通过提取陶器刻划符号的图像特征并将其应用于智能终端产品的图形界面设计，来推动传统刻划图形在智能信息环境下的应用、传承与发展。方法 在陶器刻划符号图像亮度特征处理的基础之上，提出了基于卷积运算的图像亮度特征提取模型，以及动态特征图形的创建方法，并以双墩刻划符号为例，开展了基于亮度特征提取模型的智能特征的图形设计与应用实践。结果 研究与实践结果表明，图像亮度特征处理大大简化了图像特征的提取过程，而卷积运算提升了图像特征的提取精度，因此在此基础之上进行的智能特征图形设计精准而高效。结论 该方法实现了传统刻划图形的图像特征的有效提取与智能特征的图形设计，可应用于智慧博物、智慧旅游等智能终端产品的图形界面设计与展示。通过智能图形技术和产品应用形式来有效传达传统刻划图形的图像特征、文化内涵和美学价值。

英文摘要:

      In order to fully excavate the cultural and aesthetic values contained in the pottery carving symbols, their image features are extracted and applied to the graphic interface design of intelligent terminal products, so as to promote the application, inheritance and development of traditional carving graphics in the intelligent information environment. Based on the image brightness feature processing of pottery carving symbol image, the image brightness feature extraction model based on convolution operation and the dynamic feature graphics creation method are proposed Taking the Shuangdun pottery carving symbols as an example, the design and application practice of intelligent feature graphics based on brightness feature extraction model are carried out. The results of research and practice show that the image brightness feature processing greatly simplifies the extraction process of image features and the convolution operation improves the accuracy of image feature extraction. On this basis, the intelligent feature graphics design is accurate and efficient.This method effectively realizes the effective extraction of image feature and graphics design of intelligent feature of traditional carving graphics. It can be applied to the graphic interface design and display of intelligent terminal products such as intelligent museum and intelligent tourism.. The image feature, cultural connotation and aesthetic value of traditional carving graphics are effectively conveyed through the intelligent graphic technology and product application form