Harmonizing Engagement of An Innovative Framework for Inspiring Active Learning in Music Education

• Published in: 2024 International Conference on Emerging Research in Computational Science (ICERCS) pp. 1 - 6
• Main Authors: Al-Jawahry, Hassan M., AI Sadi, Hafidh L., Hussain, Emad Aldin, Muhsin, Omar, Tabaan, Ali K
• Format: Conference Proceeding
• Language: English
• Published: IEEE 12.12.2024
• Subjects: Accuracy; Artificial Intelligence; classroom; Cognition; Education; Government; Learning (artificial intelligence); Mean square error methods; Music; Neural networks; Scientific computing; Simulation; Students
• DOI: 10.1109/ICERCS63125.2024.10895053

The topic of creative learning is a good starting point for thinking about techniques that improve students' experiences during instruction. Good teaching is like the tissue that connects student, instructor, and subject. The two most important aspects of teaching are teacher-student interactions and student participation. Discipline-based music education (DME) is the result of developing and implementing a comprehensive approach to art education in order to reach all students. As a result, disciplinary education in music incorporates private and public education, college and college music education, private and corporate philanthropy, professional development institutes, and government agencies to promote the broader concept of learning and teaching music, allowing all students greater access. Despite being recognized in many school commitment and music programs, the potential differences between the genres of music that support commitment have received little attention. This paper-based artificial intelligence for music education (AI-DME) evaluates vision, listening, touch, and thinking. The reasoning process uses big data to build the net of its neural network and generate algorithms, which it then applies to music perception, music cognition, music research, the creation of student-computer interaction, within the realm of professional music education, an innovative music perception, cognitive music, music creation, and all sorts of an innovative, interactive education system based on artificial intelligence technologies. The simulation results show a high accuracy ratio of 93.7%, efficiency ratio of 92.9%, performance ratio of 95.3%, precision ratio of 94.6%, recall rate of 90.5%, student engagement ratio of 91.8%, and mean square error rate of 20.8% when compared to other methods.