基于AHP模糊评价法的元宇宙设计行为核心要素比重研究  

Research on the Proportion of Core Elements of Metaverse Design Behavior Based on AHPFuzzy Evaluation Method

作　　者：成乔明[1] 王能群[2] CHENG Qiaoming;WANG Nengqun

机构地区：[1]南京航空航天大学 [2]泰州学院

出　　处：《创意设计源》2024年第3期28-33,共6页Idea & Design

基　　金：2022年度国家社科基金艺术学项目“数字媒介语境下的艺术传播理论体系研究”(项目编号:22BA023)阶段性研究成果。

摘　　要：元宇宙正在兴起,其设计行为从理论上来说应当分为算力设计和内容设计两大阵营,其中算力设计是技术基础,内容设计制造出视听内容主体。算力设计可以分为信息采集算力、信息存储算力、信息传输算力、信息转换算力的设计;内容设计可以分为数据人、数据场景、行为动态、视觉渲染的设计。这些要素在元宇宙设计结构中的比重是多少、各自处于什么样的位置,是非常适合使用AHP模糊评价法来进行测评的,测评结果对于元宇宙世界的建设意义非凡。经过仔细测算发现,信息转换算力、渲染设计、信息传输算力、动态行为设计是元宇宙设计中最重要、最紧迫的四大类创新研发任务。The metaverse is emerging,and its design behavior should theoretically be divided into two camps:computing power design and content design.Among them,computing power design is the technical foundation,and content design creates the subjects of audio-visual contents.The design of computing power can be divided into four types which are information collection,information storage,information transmission and information conversion.Content design can be divided into the design of data persons,data scenes,behavioral dynamics,and visual rendering.The proportion of these elements in the design structure of the metaverse and their respective positions are very suitable for using the AHP fuzzy evaluation method to evaluate.The evaluation results have great significance for the construction of the metaverse world.After careful calculation,it can be found that information conversion computing power,rendering design,information transmission computing power,and dynamic behavior design are the four most urgently needed innovative research and development tasks in metaverse design.

关 键 词：AHP模糊评价 元宇宙设计 层次分析法 综合测评 

分 类 号：J505[艺术—艺术设计] TP391.9[自动化与计算机技术—计算机应用技术]