The Application of Intelligent Speech Recognition Technology in the Tone Correction of College Piano Teaching

Author:

Wang Jing

Abstract

Abstract In recent years, with the continuous deepening of college teaching reform and the rapid development of artificial intelligence, the teaching methods used in college classrooms have been greatly different from traditional ones. The original teaching programs and teaching methods need to be changed with the development of the times. The main purpose of this article is to improve the correction rate of intelligent voice recognition technology for college piano timbre without violating the safety of artificial intelligence. This article mainly conducts experiments by consulting relevant domestic and foreign literature, using observation and comparison methods, and using some neural network algorithms (BP neural network algorithm and convolutional neural network algorithm) to obtain experimental results, and finally complete our experimental goal-research intelligence The application of speech recognition technology in the tone correction of piano teaching in colleges. The test results show that the use of multiple algorithms can improve the application of intelligent speech recognition technology in the tone correction of piano teaching in colleges and universities, mainly to improve the correction rate and enhance the ability of guiding teaching.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference10 articles.

1. Research on English pronunciation training based on intelligent speech recognition[J];Cai;International Journal of Speech Technology,2018

2. Intelligent Store For Smart Techhies[J];Verma;Pc Quest,2019

3. Noise Cancellation Based on Voice Activity Detection Using Spectral Variation for Speech Recognition in Smart Home Devices[J];Park;Intelligent automation and soft computing,2020

4. Volumetric error modelling of a stereo vision system for error correction in photogrammetric three-dimensional coordinate metrology [J];Isa;Precision Engineering,2020

5. Neural mechanisms of selective listening to pitch and timbre in musical sounds[J];Zhang;The Journal of the Acoustical Society of America,2018

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