新质生产力视角下的文化元宇宙高质量发展对策研究OA
High-quality Development Countermeasures of Cultural Metaverse from the Perspective of New Quality Productivity Forces
文化元宇宙是文化与科技融合发展的新阶段,为文化产业带来新的发展范式,不断创新文化产业的内容生产方式、传播消费方式.文化元宇宙作为跨界协同和创新融合基础上形成的新的先进生产力,不仅体现在革命性的技术突破,同时也为新型文化生产要素创新性配置提供了广阔空间.当前,我国文化元宇宙正蓬勃发展,优秀案例层出不穷,但作为一种新生事物,文化元宇宙的发展也带来一系列问题,迫切需要标准来规范和引领产业高质量发展.本研究基于新质生产力视角,从我国文化元宇宙的发展现状和存在问题入手,分析了文化元宇宙标准化研究的必要性,提出了文化元宇宙标准体系及标准化研究路径,从而为文化元宇宙高质量发展提供支撑,助力国家文化数字化和数字经济战略的实施.
The cultural metaverse is a new stage of the integration of cultural industry and technology,which brings a new development paradigm for the cultural industry and constantly innovates the content production,dissemination and consumption modes of the cultural industry.As a new quality productive force formed on the basis of cross-border collaboration and integration,the cultural metaverse is not only embodied in revolutionary technological breakthroughs,but also provides a broad space for the innovative allocation of new cultural production factors.At present,China's cultural meta-universe is developing vigorously,and there are numerous excellent cases,but as an emerging thing,it has also brought a series of problems,and there is an urgent need for standards to lead its high-quality development.Based on the perspective of new quality productivity forces,this study analyzes the necessity of the standardization research of cultural metaverse from the development status quo and existing problems of cultural metaverse in China,and proposes the standards system and the path of standardization research of cultural metaverse,so as to provide support for the high-quality development of cultural metaverse and the implementation of the national strategy of cultural digitization and digital economy.
王双;程越;肖遥
中国标准化研究院中国社会科学院工业经济研究所||北京金谷远见科技集团有限公司
新质生产力元宇宙文化数字化数字经济标准化
new quality productivity forcesmetaversecultural digitizationdigital economystandardization
《标准科学》 2024 (010)
28-36 / 9
本文是中国标准化研究院院长基金项目"元宇宙驱动下的文化数字资产管理标准化研究"(项目编号:532023Y-10394),国家市场监督管理总局科技计划项目"元宇宙驱动下的文化数字资产管理标准化研究"(项目编号:2023MK191)的研究成果.
评论