Design of bilingual education and learning platform based on applet

The social and economic development of poor mountainous areas is particularly important for the development of the country. Countries are committed to solving the problem of poverty in mountainous areas. After a long time, many achievements have been made, and the degree of poverty in China’s mountainous areas has also changed greatly. However, compared with the current situation of rapid social and economic development, the lagging status of mountain development is very prominent, and a large number of rural left-behind children appear. Taking the left-behind children in Daliangshan, China as an example, due to their different languages, living habits and remote areas, the left-behind children of ethnic minorities have less understanding of the outside world. The left-behind children cannot receive correct bilingual education and correct guidance in the process of growing up, resulting in their development problems becoming more and more serious. Therefore, in order to ensure the healthy growth of rural left-behind children and help them establish the correct “three outlooks”, this project designs an education platform suitable for Daliangshan area. According to the current needs of bilingual education, the back-end program framework of the platform is selected and designed. The SpringBoot framework is selected as a reference and supported by the terminal server and client. It is expected to plan the functions of the embedded Internet of things development platform, so as to complete the program design of the Internet of things bilingual education platform. It includes legal courses, art courses, popular science courses, educational courses, visiting courses, mental health courses and medical and health courses, so that left-behind children can receive more comprehensive education and guidance. At the same time, Chinese and ethnic minority assisted methods are adopted to ensure that students can complete their learning plan more easily. The system uses wxml and wxss files to design the front-end platform, and the back-end uses MySQL database to save the relevant data required for course learning, and realize the basic function of students’ independent learning. The system mainly includes two modules, that is, students can carry out independent learning, independent knowledge expansion, difficulty consultation and course learning through the system; teachers can update and follow up the course through the system and answer students’ questions, and system version change and backup can be carried out in the cloud development. Through system development and testing, the system has reached the goal of the software itself.