With the development of the Internet, many people have long been accustomed to the way of life has been changed by information technology. The traditional teaching mode has been impacted by new information technology. The network teaching platform is a very typical case. Music courses have always had problems such as cost, efficiency and so on. In particular, the learning of mood theory needs to spend the cost to buy musical instruments and inter group music classrooms in the early stage. However, due to the limited classroom time, it is difficult to teach the theoretical knowledge and skills of music to students. However, the network teaching platform can greatly reduce the cost, save resources and provide great convenience for the promotion of music courses. This paper focuses on the application of embedded computer network technology in music teaching platform. This kind of music network teaching platform can integrate all kinds of music audition resources together. At the same time, the operation interface and interactive interface of the platform are specially designed, so that learners can get an immersive learning experience. For teachers, the release of new teaching content is also very convenient. This paper not only discusses and studies the virtual reality technology, but also explores how to integrate music resources in the virtual reality platform. This technology will greatly improve the efficiency of music teaching, so that learners can faster, better, more intuitive acceptance of music knowledge. Even in the computer terminal for music simulation drill, to achieve interaction and communication between a person and the scene.

随着Internet的发展，许多人早已习惯了信息技术已经改变了生活方式。传统的教学模式已受到新信息技术的影响。网络教学平台是一个非常典型的例子。音乐课程一直存在诸如成本，效率等问题。尤其是，情绪理论的学习需要在早期阶段花钱购买乐器和组间音乐教室。但是，由于教室时间有限，很难向学生传授音乐的理论知识和技能。但是，网络教学平台可以大大降低成本，节省资源，为音乐课程的推广提供了极大的方便。本文着重介绍嵌入式计算机网络技术在音乐教学平台中的应用。这种音乐网络教学平台可以将各种音乐试听资源整合在一起。同时，平台的操作界面和交互界面经过特殊设计，使学习者获得身临其境的学习体验。对于教师来说，发布新的教学内容也非常方便。本文不仅讨论和研究了虚拟现实技术，而且还探讨了如何在虚拟现实平台中集成音乐资源。这项技术将大大提高音乐教学的效率，使学习者可以更快，更好，更直观地接受音乐知识。即使在计算机终端中进行音乐模拟演练，