Research on the Construction of Japanese Interactive Learning Platform based on Internet of Things Technology

Abstract

In order to improve the effect of Japanese teaching, this paper analyzes the interactive process of Japanese teaching by combining the Internet of Things technology and the identification of student characteristics in online classrooms. Starting from the kinematics model of the human body standing up in the interactive teaching process, this paper derives the inverse kinematics parameters of the aided standing mechanism of the student body model, and analyzes the motion speed function of each mechanism. Moreover, this paper adopts the Lagrangian method to study the dynamics of standing up with the assistance of the assisting mechanism, and calculates the provided assisting force and torque under the assumed initial conditions. In addition, this paper builds a Japanese interactive learning platform based on Internet of Things technology. It can be seen from the experimental results that the interactive learning platform for moral education based on the Internet of Things technology proposed in this paper has a good effect on language teaching.