@article {163923,
	title = {New Paths for the Development of National Sports Intangible Cultural Heritage Based on Computer Nonlinear 3D Model Modeling Technology from the Perspective of Scene Theory},
	journal = {Scientific Programming},
	volume = {2022},
	year = {2022},
	month = {2022/09/27/},
	abstract = {Purpose. The AI era has brought rapid progress and many changes in life, which challenge the survival of cultural heritage. One of the topics that has attracted much attention at the moment is how to better inherit and develop the intangible cultural heritage of national sports. In order to improve the development level of national sports intangible cultural heritage, this article explores a new path for its development. Methodology. Through the analysis and research of scene theory and computer nonlinear three-dimensional (3D) model modeling technology, it can be applied to the development of national sports intangible cultural heritage. This article analyzes the scene theory, three-dimensional modeling, and intangible cultural heritage of national sports, conducts experimental analysis on its functions, and uses relevant theoretical formulas to explain. Research Findings. The results show that this development path is more effective than the traditional development path. It has a lower error rate than the traditional model, which differs by 0.124. The public satisfaction increased by 56.7\% before and after. Research Implications: The new method proposed in this article provides a new path reference for the development of national sports intangible cultural heritage in the future. Practical Implications. This method can meet the needs of the development of intangible cultural heritage of national sports culture, and the satisfaction and development level of the masses have been greatly improved.},
	keywords = {3D models, Cultural heritages, Development path, Experimental analysis, Intangible cultural heritages, Modeling technology, Sports, Theoretical formula, Three dimensional modelling, Three-dimensional (3D) model},
	isbn = {10589244 (ISSN)},
	url = {https://www.scopus.com/inward/record.uri?eid=2-s2.0-85139557499\&doi=10.1155\%2f2022\%2f4744654\&partnerID=40\&md5=aa4b0e8cc7f0dbbfe749effa62868c65},
	author = {Yuan, Fusong}
}
