Research on the Intelligent Construction and Optimized Development Path of College Stadiums

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The research on the optimal development path of intelligent construction of college stadiums can improve the level of intelligent service of college stadiums at home and abroad, enhance the utilization rate of college stadiums, effectively crack the problem of unbalanced and insufficient allocation of college stadium resources, meet the growing and diversified exercise needs of students and teachers to the maximum extent, and promote the development of higher quality of national fitness, which has very important theoretical guidance significance and it is of great theoretical guidance and practical application value. As an important place in colleges and universities, college stadiums must keep up with the trend of the times and make full use of intelligent technology to provide better service and intelligent experience. The construction of college intelligent stadiums is imperative. General Secretary Xi Jinping emphasized that "the concept of health-first education should be established, and physical education classes should be offered in full, so as to help students have fun, enhance their physical fitness, improve their personality and refine their will in physical exercise. In this paper, by investigating the wisdom status of sports venues in the most representative 15 colleges and universities in Ningbo, a random sample of research was conducted, using literature, mathematical statistics, fieldwork, Delphi method and questionnaire survey. In the process of wisdom construction, the special characteristics of different venues need to be considered, and it is important not to copy the model of popular venues, but must adopt the path suitable for universities. On the other hand, using the Internet of Things, big data, VR technology, cloud computing, virtual reality and other emerging information technology, we can solve the problems of "low utilization rate, poor service quality, slow service level, old facilities and equipment" and other problems in the construction of university sports venues, and provide important feasible ideas for further development.