Application of Virtual Image Technology in Badminton Teaching in Colleges and Universities

Author:

Dai Jianghong1,Shi Yilong1ORCID

Affiliation:

1. Hunan University of Humanities, Science and Technology, Loudi Hunan 417000, China

Abstract

Virtual image refers to the unreal image projected by projector, mobile phone, and other projection equipment. Through virtual images, we can explore some scenes that are difficult to observe directly with the naked eye or express fictional images in our minds. At present, the technology is widely used in construction industry, tourism industry, and medical system. At present, after the development of efficient physical education in China, schools generally do not pay attention to the specific application of virtual image technology in badminton teaching in colleges and universities in China. This paper analyzes the representative badminton events in China’s physical education, improves the traditional algorithm, optimizes the effective segmentation and recognition algorithm of virtual image technology in motion capture, combines the improved virtual image technology with virtual reality glasses, and compares the accuracy of the virtual image technology proposed in this paper with that of the traditional image technology. The accuracy of the virtual image technology proposed in this paper always remains the first. The practical application in badminton teaching in colleges and universities has achieved good results.

Publisher

Hindawi Limited

Subject

Electrical and Electronic Engineering,Computer Networks and Communications,Information Systems

Reference15 articles.

1. Motion recognition technology of badminton players in sports video images;F. Lei;Future Generation Computer Systems,2021

2. Research on virtual image technology in landscape sculpture;M. Wang;International Conference on Machinery,2020

3. The virtual image technology, media, and construction of the visual reality;Giovanni Boccia Artieri;Visual Studies,2008

4. Researchers from Hunan University of science and engineering detail findings in engineering (research on E-commerce supply chain design based on Mvc model and virtual image technology);Engineering;Technology News Focus,2020

5. Research on E-commerce supply chain design based on MVC model and virtual image technology;H. Wang;IEEE Access,2020

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