Research on the Artificial Intelligence Teaching System Model for Online Teaching of Classical Music under the Support of Wireless Networks

Abstract

For the past year, everyone has been facing difficulties due to the fast spreading of the Corona Virus. As an extension, students, parents, and teachers are handling the challenges in the education sector. Since the COVID days, the schools and colleges were closed, and hence, the students were lagging in their subjects. As an alternative to this scenario, offline classes are converted to online courses, otherwise called virtual classes with virtual classrooms. Due to this conversion, the teaching has become a little more advanced by incorporating various computer-based technologies. The technologies like artificial intelligence, cloud computing, and machine learning paved the way for exploring concepts in data transmission in terms of timely delivery of content, less error rate, and nontechnical terms like making the classes interactive and understanding the subject concepts. In this research work, the online teaching class on music is considered. To be specific, traditional Chinese music is taken for the study. An artificial intelligence model is designed with the aid of wireless sensor networks for the online class on the musical subject. Q-learning algorithm, which is an artificial intelligence-based reinforcement learning algorithm, is implemented. The aim of the Q-learning algorithm in this online teaching of classical music is to check the frequency level of the music that aids in the automatic transfer of another wavelength inside the dataset.

Study on Intelligent Online Piano Teaching System Based on Deep Learning Recurrent Neural Network Model

“…Many children have expressed an interest in learning how to play the piano because of the novel teaching method, which has a beneficial effect on both pupils and their parents. Parents and teachers will benefit from the new piano education method for children that have been devised [32].…”

Application of Machine Learning Technology in Classical Music Education

“…After relevant experiments, it is proved that the DTW score alignment and the end-to-end neural network used in this paper are relatively successful in extracting the features of classical music. The two-level classification model used in this paper is more accurate in identifying classical musical instruments (Yang, 2021). It is easy to extract the precise harmonic structure in the spectrogram through means and time-frequency transformation, and then analyzing the energy distribution of the harmonics can effectively distinguish various musical instruments.…”

Research on the reform of artificial intelligence digitalization in colleges and universities

“…This teaching method has been unable to meet the demand for talents in modern society. Therefore, colleges and universities should change their ideas and strengthen the proportion of practical teaching in order to cultivate students' practical ability and innovative spirit [9].…”