基于最大对数 MPA 算法技术的钢琴在线教学系统分析

Jing Shi, Na Wan, Roslina Ibrahim
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引用次数: 0

摘要

计算机技术的应用彻底改变和促进了传统的钢琴教学模式。如今,很多企业和机构已经开始将计算机技术应用到网络钢琴教学中。本文分析了学生在钢琴教学中面临的困难和钢琴辅助练习的开展情况,总结了家长、教师、学生、校长对在线钢琴教学系统的需求。在此基础上,本文设计并实现了一个无需特殊硬件的在线钢琴教学系统。该系统改进了现有的最大对数 MPa 算法,在保持较低复杂度的同时提高了检测性能。结合并行投影的特殊结构,提出了混合系统的广义自动机模型,用五个元素来描述混合子系统中的连续和离散行为。它不仅保持了原有 Max log MPa 算法复杂度低的优点,而且获得了更好的检测性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of Piano Online Teaching System Based on Maximum Logarithm MPA Algorithm Technology
The application of computer technology has revolutionized and promoted the traditional mode of piano teaching. Nowadays, many companies and institutions have begun to apply computer technology to online piano teaching. This paper analyzes the difficulties faced by students in piano teaching and the development of piano assistant practice and summarizes the demands of parents, teachers, students, and principals for online piano teaching system. Based on this, this paper designs and implements an online piano teaching system without special hardware. This system improves the existing maximum logarithm MPa algorithm and improves the detection performance while keeping the complexity low. Combined with the special structure of parallel projection, a generalized automaton model of hybrid system is proposed, and five elements are used to describe the continuous and discrete behaviors in the hybrid subsystem. It not only keeps the advantage of low complexity of the original Max log MPa algorithm, but also obtains better detection performance.
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