Design of Flute Music Remote Teaching System Based on Multi-Pass Scheduling Optimization

Area of Science:

• Music Education Technology
• Internet-based Learning Systems

Background:

• Traditional digital teaching systems exhibit limitations in artificial intelligence, information processing, and learning effectiveness.
• The internet's pervasive influence necessitates advancements in digital educational tools across various life aspects.

Purpose of the Study:

• To design and develop a flute music remote teaching system utilizing internet algorithms.
• To provide real-time music teaching capabilities and address shortcomings of existing systems.

Main Methods:

• Development of a comprehensive music learning system incorporating user data, interaction logs, and performance metrics.
• Application of internet algorithm programs for interactive and automated system functions.
• Exploration and modeling of key distance education components.

Main Results:

• The designed system facilitates remote flute music instruction with real-time capabilities.
• Integration of internet algorithms enhances system interactivity and automation.
• The system captures diverse user data, including access records, operations, test results, and learning progress.

Conclusions:

• The developed flute music remote teaching system offers a novel approach to distance music education.
• The system's automated and interactive features represent a significant advancement over traditional digital teaching methods.
• This work lays the foundation for future reforms in internet-based music education.