In recent years, the living standard of the peasants has been improved continuously. As a result, they pay more attention to the quality of their life. They spontaneously jump square dance more and more, which also plays a more and more important role in the cultural life of the peasants. At present, the development of rural square dance have been well developed, but there are also some problems with it, such as: the lacking of government support, deficiency of dancing skills, etc. Grass roots government should increase support for rural square dance, strengthening lead dancer's training, encouraging social forces to support the rural square dance activities.
The income of rural residents is not only an important indicator to measure the development of rural economy, but also a key factor in the livelihood of farmers. The accurate prediction of income of rural residents can provide data supporting for promoting rural revitalization strategy. This paper selects per capita disposable income of rural residents in China as the research object and uses the macrostatistical data from 2011 to 2020 to predict farmers’ income. Firstly, the grey prediction model is constructed, and the grey prediction value is corrected by Markov chain. The simulation value is compared with the real value. And the results show that the prediction accuracy of the model is higher. It shows that the results of using the grey Markov model to predict the income of rural residents in China from 2021 to 2025 are reliable. Finally, the article puts forward policy recommendations to promote the income of rural residents.
Most of the experimental teaching links adopt experimental teaching, and few of them are taught through experimental simulation system. The intelligent sensor teaching experimental simulation system is a simulation measurement software system compiled by access and LabVIEW software to assist the use of sensor measurement and virtual instrument practical teaching platform, which realizes the network teaching of experimental links and carries out exploratory work. It has important practical significance for the modernization of experimental links. At the same time, the intelligent sensor experimental system can effectively improve the problems of students’ low learning motivation and poor learning effect in the learning process and finally let students participate in the construction of sensor teaching experimental system, improve students’ learning interest and enthusiasm, and cultivate students’ autonomous learning and innovation ability. Through the establishment of intelligent sensor teaching simulation system, this paper successfully improves students’ innovative literacy in teaching level, scientific research practice, teaching content, teaching methods, and intelligent lectures and greatly improves students’ learning enthusiasm, learning efficiency, and teaching quality.
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