Innovation and Practice of Music Educationpath in Colleges and Universities Under the Popularization of 5g Networks
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CC-BY-4.0
Abstract
Music education is among the most significant subjects covered in providing high-quality education in Chinese universities and colleges. College music education is critical for colleges and universities in China to provide high-quality education to students. It contributes significantly to the development of pupils' creative inspiration, inventive capacity, and personality development. In the field of music education, innovation is very significant. It has the potential to provide excellent outcomes in music instruction and foster students' original thinking and comprehensive abilities, therefore supporting the overall development of high-quality education. With the expansion of the educational system, it is becoming more vital to teach pupils a high level of musical literacy. With the arrival of the fifth generation (5G) of mobile communication, 5G mobile communication will play a significant role in future Chinese education, and 5G technology will also become one of the key technologies in Chinese music education. These findings provide an innovative framework for music education based on an examination of 5G technology to encourage the expansion of musical education in Chinese colleges and institutions. In the beginning, we normalize the musical dataset to prepare it for further processing. The characteristics of the song are retrieved using a technique called spectrum-based feature extraction (SBF). Bi-Recurrent Neural Networks are used to classify objects in space (Bi-RNN). The Improved TCP Congestion Control Algorithm (ITCCA) is proposed for efficient data transmission between the 5G networks. To enhance the performance of the transmission protocol, we employ Honey Bee Optimization Algorithm. The suggested system's performance is examined and contrasted with that of the currently used approaches. College music education might benefit from the successful integration of new 5G technologies by providing students with rich and diversified teaching materials and flexible instructional formats.
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- last seen: 2026-05-19T01:45:01.086888+00:00
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License: CC-BY-4.0